HT9320 Series 22-Memory Tone/Pulse Dialer Patent Number: 64097, 86474, 113235(R.O.C.), 5424740(U.S.A.) Features · Universal specification · Pause, P®T can be saved for redialing · Operating voltag0e: 2.0V~5.5V · On-hook store function · Low standby current · Keytone function · Lowmemoryretentioncurrent:0.1mA(typ.) · Lock function · Tone/pulse switchable · Resistor options · Interface with LCD driver - M/B ratio - Flash function and flash time - Pause and P®T duration - Pulse number - Inter-digit pause time for 10pps · 32 digits for redialing · 32 digits for the SA memory dialing · One-key redialing · Pause and P®T key for PBX · Memory number: 22 memories · 3.58MHz crystal or ceramic resonator · HT9320A/B/H/K/L-X: 28-pin DIP package · Hand-free control HT9320C: 22-pin SKDIP package · Hold-line control General Description lock function. The six versions also supply the hold-line and hand-free functions, which are suitable for feature phone applications. The HT9320 series tone/pulse dialers are CMOS LSI for telecommunication systems. They are designed to meet various dialing specifications through resistor option matrix. H T 9 3 2 0 se r i e s p r o vi d e S A , R e d i a l a n d 2 0 one-touch/two-touch memory dialing. If the keyboard includes M1~M20 keys it can be used as one-touch memory dialing. Otherwise, it works as two-touch (PAGE®M1~M10) or three-touch(A®PAGE®0~9) memory dialing for speed dialing in either pulse or tone mode. The HT9320 series are offered in six different versions. The different functions of the six versions are listed in the selection table. The HT9320A, HT9320H versions provide the on-hook store function; the HT9320B version provides the LCD interface function; the HT9320K version provides the keytone function; the HT9320L version provides both the LCD interface function and IDD Rev. 1.10 1 October 1, 2002 HT9320 Series Selection Table Function Part No. Memory Dialing Hold- HandLine Free LCD Interface SA, R M1~M20 Ö SA, R M1~M20 Ö SA, R M1~M20 ¾ HT9320H SA, R M1~M20 Ö Ö ¾ HT9320K SA, R M1~M20 Ö Ö ¾ SA, R M1~M20 Ö HT9320A HT9320B HT9320C HT9320L HT9320L-X Ö Ö ¾ Ö Flash Function Flash Time (ms) Control 600 Digit 600/300/98 ¾ Control 600 Digit 600/300/98 Ö Pulse No. Tone Duration (ms) InterTonePause (ms) M/B Pin IDD Lock KeyTone Output OnHook Store N, N+1 10-N 82.5 85.5 Ö ¾ ¾ Ö 28 DIP N, N+1 10-N 82.5 85.5 ¾ ¾ ¾ ¾ 28 DIP Package Control 600 85.5 ¾ ¾ ¾ ¾ 22SKDIP 600/300/98 N, N+1 10-N 82.5 Digit Digit 600/100 N 82.5 85.5 Ö ¾ ¾ Ö 28 DIP Control 600 85.5 ¾ ¾ Ö ¾ 28 DIP 600/300/98 N, N+1 10-N 82.5 Digit N, N+1 10-N 82.5 85.5 ¾ Ö ¾ ¾ 28 DIP ¾ Control 600 Digit 600/300/98 Ö The same as HT9320L, but the voltage polarity of the row group and the column group are reversed. Block Diagram H S T F S M C 1 C o n tro l D O U T C h e c k C L O C K K e y C o lu m n C 8 K e y F u n c tio n E n c o d e r W R M C o u n te r S R A M A D D R L R 1 K e y R o w R 5 T o n e E n c o d e r T o n e O u t C o n v e rte r P u ls e O u t D T M F P O X M U T E E n c o d e r D e b o u n c e F la s h K e y to n e C ir c u it M o d e In H D /H F H K S H F I H D I H D O X 1 X 2 D iv id e r C lo c k G e n e ra to r M /B Rev. 1.10 T im e r M /B H F O M O D E K T 2 October 1, 2002 HT9320 Series Pin Assignment C 8 1 2 8 C 7 C 8 1 2 8 C 7 C 8 1 2 8 C 7 H S T 2 2 7 C 6 D O U T 2 2 7 C 6 K T 2 2 7 C 6 R 1 3 2 6 C 5 R 1 3 2 6 C 5 R 1 3 2 6 C 5 R 2 4 2 5 C 4 R 2 4 2 5 C 4 C 8 1 2 2 C 7 R 2 4 2 5 C 4 R 3 5 2 4 C 3 R 3 5 2 4 C 3 R 1 2 2 1 C 6 R 3 5 2 4 C 3 R 4 6 2 3 C 2 R 4 6 2 3 C 2 R 2 3 2 0 C 5 R 4 6 2 3 C 2 R 5 7 2 2 C 1 R 5 7 2 2 C 1 R 3 4 1 9 C 4 R 5 7 2 2 C 1 H K S 8 2 1 P O H K S 8 2 1 P O R 4 5 1 8 C 3 H K S 8 2 1 P O M /B 9 2 0 H F O C L O C K 9 2 0 H F O R 5 6 1 7 C 2 N C 9 2 0 H F O H F I 1 0 1 9 X M U T E 1 0 1 9 X M U T E H K S 7 1 6 C 1 H F I 1 0 1 9 X M U T E M O D E 1 1 1 8 D T M F M O D E 1 1 1 8 D T M F M O D E 8 1 5 P O M O D E 1 1 1 8 D T M F X 1 1 2 1 7 H D I X 1 1 2 1 7 H D I X 1 9 1 4 X M U T E X 1 1 2 1 7 H D I X 2 1 3 1 6 H D O X 2 1 3 1 6 H D O X 2 1 0 1 3 D T M F X 2 1 3 1 6 H D O V D D 1 4 1 5 V S S V D D 1 4 1 5 V S S V D D 1 1 1 2 V S S V D D 1 4 1 5 V S S H F I H T 9 3 2 0 A /H 2 8 D IP -A H T 9 3 2 0 B /L /L -X 2 8 D IP -A H T 9 3 2 0 C 2 2 S K D IP -A H T 9 3 2 0 K 2 8 D IP -A Keyboard Information HT9320A/B/C/K/L HT9320H · O n e -to u c h m e m o ry k e y b o a rd · O n e -to u c h m e m o ry k e y b o a rd C 1 C 2 R 1 S A P R 2 1 R 3 R 4 R 5 C 3 C 4 2 3 F 4 5 6 7 8 9 S T * /T 0 # R C 1 C 5 C 6 C 7 C 8 M 1 M 6 M 1 1 M 1 6 R 1 S A M 2 M 7 M 1 2 M 1 7 R 2 M 3 M 8 M 1 3 M 1 8 M 4 M 9 M 1 4 M 1 9 M 5 M 1 0 C 5 C 6 M 1 5 M 2 0 C 2 C 3 R 1 S A P P A G E R 2 1 2 3 R 3 4 5 6 C 4 F R 4 7 8 9 S T R 5 * /T 0 # R C 2 C 3 R 1 S A P P A G E R 2 1 2 1 2 3 R 3 4 5 6 R 4 7 8 9 S T 0 # R /P C 6 C 7 C 8 P ® T M 1 M 6 M 1 1 M 1 6 F M 2 M 7 M 1 2 M 1 7 M 3 M 8 M 1 3 M 1 8 M 4 M 9 M 1 4 M 1 9 M 5 M 1 0 M 1 5 M 2 0 C 5 C 6 M 1 / M 1 M 2 / M 1 M 3 / M 1 M 4 / M 1 M 5 / M 1 5 4 3 2 1 M 6 / M 1 6 M 7 / M 1 7 M 8 / M 1 8 M 9 / M 1 9 M 1 0 / M 2 0 C 2 C 3 C 4 R 1 S A 2 P A G E P ® T R 2 1 5 3 F R 3 4 8 6 A R 4 7 0 9 S T # R /P * R 5 M 1 M M 2 M M 3 M M 4 M M 5 M / 1 1 / 1 2 / 1 3 / 1 4 / 1 5 M 6 / M 1 6 M 7 / M 1 7 M 8 / M 1 8 M 9 / M 1 9 M 1 0 / M 2 0 · T h re e -to u c h m e m o ry k e y b o a rd C 1 C 2 C 3 C 4 R 1 S A 2 P A G E P ® T F R 2 1 5 3 F 4 8 6 A 7 0 9 S T # R /P R 3 4 5 6 A R 3 R 4 7 8 9 S T R 4 R 5 * /T 0 # R R 5 Rev. 1.10 C 5 C 1 C 4 3 * C 4 · T w o -to u c h m e m o ry k e y b o a rd · T h re e -to u c h m e m o ry k e y b o a rd C 1 C 3 R 5 · T w o -to u c h m e m o ry k e y b o a rd C 1 C 2 3 * October 1, 2002 HT9320 Series Memory dialing vs. keyboard form table One-Touch Memory Keyboard Dialing Output M1~M10 M1 ~ M10 M11~M20 M11 ~ M20 Two-Touch Memory Keyboard A Three-Touch Memory Keyboard a (a=1~9, 0) PAGE Ma (Ma=M1~M10) A PAGE a (a=1~9, 0) Pin Description Pin Name C1~C8 R1~R5 I/O I/O X1 I X2 O XMUTE O HKS PO I O Internal Connection Description CMOS IN/OUT These pins form a 5´8 keyboard matrix which can perform keyboard input detection and dialing specification setting functions. When on-hook (HKS=high) all the pins are set high. While off-hook the column group (C1~C8) remains low and the row group (R1~R5) is set high for key input detection. For the HT9320L-X, the column group remains high and the row group is set low for key input detection. An inexpensive single contact 5´8 keyboard can be used as an input device. Pressing a key connects a single column to a single row, and actuates the system oscillator that results in a dialing signal output. If more than two keys are pressed at the same time, no response occurs. The key-in debounce time is 20ms. Refer to the keyboard information for keyboard arrangement and to the functional description for dialing specification selection. OSCILLATOR The system oscillator consists of an inverter, a bias resistor and the necessary load capacitor on chip. Connecting a standard 3.579545MHz crystal or ceramic resonator to the X1 and X2 terminals can implement the oscillator function. The oscillator is turned off in the standby mode, and is actuated whenever a keyboard entry is detected. NMOS OUT XMUTE is an NMOS open drain structure pulled to VSS during dialing signal transmission. Otherwise, it is an open circuit. XMUTE is used to mute the speech circuit when transmitting the dial signal. CMOS IN This pin is used to monitor the status of the hook-switch and its combination with HFI/HDI can control the PO pin output to make or break the line. HKS=VDD: On-hook state (PO=low). Except for HFI/HDI (hand-free/hold-line control input), other functions are all disabled. HKS=VSS: Off-hook state (PO=high). The chip is in the stand-by mode and ready to receive the key input. CMOS OUT This pin is a CMOS output structure which by receiving the HKS and HFO/HDO signals, control the dialer to connect or disconnect the telephone line. PO outputs a low to break line when HKS is high (on-hook) and HFO/HDO is low. PO outputs a high to make line when HKS is low (off-hook) or HFO is high or HDO is high. During the off-hook state, this pin also outputs the dialing pulse train in pulse mode dialing. While in the tone mode, this pin is always high. MODE I/O CMOS IN/OUT This is a three-state input/output pin, used for dialing mode selection, either Tone mode or Pulse mode, 10pps/20pps MODE=VDD: Pulse mode, 10pps MODE=OPEN: Pulse mode, 20pps MODE=VSS: Tone mode During the pulse mode dialing, switching this pin to the tone mode changes the subsequent digit entry to the tone mode. When the chips are in tone mode, switching to the pulse mode will also be recognized. DTMF O CMOS OUT This pin is active only when the chip transmits tone dialing signals. Otherwise, it always outputs a low. The pin outputs tone signals to drive the external transmitter amplifier circuit. The load resistor should not be less than 5kW. Rev. 1.10 4 October 1, 2002 HT9320 Series Pin Name HDI HDO HFI I/O Internal Connection Description I CMOS IN Pull-high This pin is a Schmitt trigger input structure. Active low. Applying a negative going pulse to this pin can toggle the HDO output once. An external RC network is recommended for input debouncing. The pull-high resistance is 200kW typ. CMOS OUT The HDO is a CMOS output structure. Its output is toggle- controlled by a negative transition on HDI. When HDO is toggled high, PO keeps high to hold the line. The hold function can be released by setting HFO high or by an on-off hook operation or by another HDI input. Refer to the functional description for the hold-line function. CMOS IN Pull-low This pin is a Schmitt trigger input structure. Active high. Applying a positive going pulse to HFI can toggle the HFO once and hence control the hand-free function. An external RC network is recommended for input debouncing. The pull-low resistance of HFI is 200kW typ. O I HFO O CMOS OUT The HFO is a CMOS output structure. Its output is toggle- controlled by a positive transition on the HFI pin. When HFO is high, the hand-free function is enabled and PO outputs a high to connect the line. The hand-free function can be released by an on-off-hook operation or by another HFI input or by setting HDO high. Refer to the functional description for the hand-free function operation. DOUT O NMOS OUT NMOS open drain output pin. It outputs the BCD code of the dialing digits to the LCD driver chip (HT16XX series) or MCU for dialing number display. Refer to the functional description for the detailed timing. CLOCK O NMOS OUT NMOS open drain output. When dialing, it outputs a series of pulse trains for DOUT data synchronization. DOUT data is valid at the falling edge of clock. VDD ¾ ¾ Positive power supply, 2.0V~5.5V for normal operation VSS ¾ ¾ Negative power supply, ground CMOS IN Pull-low (HT9320A) HST I CMOS IN (HT9320H) CMOS IN Pull-high (HT9320A) M/B I CMOS IN (HT9320H) KT Rev. 1.10 O CMOS OUT On-hook store enable input HST=VDD: On-hook store (HT9320A/H) HST=Floating: Off-hook store (HT9320A) HST=VSS: Off-hook store (HT9320H) The Pull-low resistance is 200kW typ. Make/Break ratio selection M/B=VSS: 33.3/66.6 (HT9320A) M/B=Floating: 40/60 (HT9320A) M/B=VDD: 33.3/66.6 (HT9320H) M/B=VSS: 40/60 (HT9320H) The pull-high resistance is 200kW typ. Keytone output pin. Outputs a 1.2kHz tone carrier for 34ms each time a key is pressed in the pulse mode. 5 October 1, 2002 HT9320 Series Approximate internal connection circuits C M O S IN /O U T V N M O S O U T C M O S IN V D D C M O S IN P u ll- lo w C M O S IN P u ll- h ig h C M O S O U T D D O S C IL L A T O R X 1 2 0 p F X 2 1 0 M 1 0 p F E N Absolute Maximum Ratings Supply Voltage ...........................................-0.3V to 6V Storage Temperature ...........................-50°C to 125°C Input Voltage .............................. VSS-0.3 to VDD+0.3V Operating Temperature ..........................-20°C to 75°C Note: These are stress ratings only. Stresses exceeding the range specified under ²Absolute Maximum Ratings² may cause substantial damage to the device. Functional operation of this device at other conditions beyond those listed in the specification is not implied and prolonged exposure to extreme conditions may affect device reliability. Electrical Characteristics Symbol Parameter fOSC=3.5795MHz, Ta=25°C Test Conditions VDD Conditions ¾ VDD Operating Voltage ¾ IDD Operating Current 2.5V Pulse Tone Off-hook, Keypad entry, no load On-hook, no load No entry Min. Typ. Max. Unit 2 ¾ 5.5 V ¾ 0.2 1 mA ¾ 0.6 2 mA ¾ ¾ 1 mA 1 ¾ 5.5 V ¾ 0.1 0.2 mA ISTB Standby Current 1V VR Memory Retention Voltage ¾ IR Memory Retention Current 1V VIL Input Low Voltage ¾ ¾ VSS ¾ 0.2VDD V VIH Input High Voltage ¾ ¾ 0.8VDD ¾ VDD V IXMO XMUTE Leakage Current ¾ VXMUTE=12V No entry ¾ ¾ 1 mA IOLXM XMUTE Sink Current 2.5V VXMUTE=0.5V 1 ¾ ¾ mA IHKS HKS Pin Input Current 2.5V VHKS=2.5V ¾ ¾ 0.1 mA RHFI HFI Pull-low Resistance 2.5V VHFI=2.5V ¾ 200 ¾ kW RHDI HDI Pull-high Resistance 2.5V VHDI=0V ¾ 200 ¾ kW RM/B M/B Pull-high Resistance 2.5V VM/B=0V ¾ 200 ¾ kW Rev. 1.10 ¾ On-hook 6 October 1, 2002 HT9320 Series Symbol Test Conditions Parameter Conditions VDD Min. Typ. Max. Unit HST Pull-low Resistance 2.5V VHST=2.5V ¾ 200 ¾ kW IOH1 Keypad Pin Source Current 2.5V VOH=0V -4 ¾ -40 mA IOL1 Keypad Pin Sink Current 2.5V VOL=2.5V 200 400 ¾ mA IOH2 HFO Pin Source Current 2.5V VOH=2V -1 ¾ ¾ mA IOL2 HFO Pin Sink Current 2.5V VOL=0.5V 1 ¾ ¾ mA IOH3 HDO Pin Source Current 2.5V VOH=2V -1 ¾ ¾ mA IOL3 HDO Pin Sink Current 2.5V VOL=0.5V 1 ¾ ¾ mA IOH4 KT Pin Source Current 2.5V VOH=2V -1 ¾ ¾ mA IOL4 KT Pin Sink Current 2.5V VOL=0.5V 1 ¾ ¾ mA Control key ¾ s Pause Time After Flash ¾ 0.2 TFP Digit key ¾ 1 ¾ s One-key redialing ¾ 1 ¾ s ¾ 20 ¾ ms ¾ 1.2 ¾ s RHST ¾ TRP Pause Time for One-key Redialing ¾ TDB Key-in Debounce Time ¾ TBRK Break Time for One-key Redialing ¾ One-key redialing fOSC System Frequency ¾ Crystal=3.5795MHz ¾ 3.5759 3.5795 3.5831 Pulse Mode Electrical Characteristics Symbol IPOH IPOL PR Parameter MHz fOSC=3.5795MHz, Ta=25°C Test Conditions Conditions VDD Min. Typ. Max. Unit PO Output Source Current 2.5V VOH=2V -0.2 ¾ ¾ mA PO Output Sink Current 2.5V VOL=0.5V mA Pulse Rate ¾ 0.2 0.6 ¾ MODE pin is connected to VDD ¾ 10 ¾ MODE pin is opened ¾ 20 ¾ ¾ 33:66 ¾ pps A resistor is linked between R2 and C1 (HT9320B/C/K/L) M/B=VSS (HT9320A) M/B Make/Break Ratio ¾ M/B=VDD (HT9320H) % No resistor is linked between R2 and C1 (HT9320B/C/K/L) ¾ 40:60 ¾ M/B ratio=40:60 ¾ 40 (10pps) 20 (20pps) ¾ M/B ratio=33:66 ¾ 33 (10pps) 17 (20pps) ¾ M/B=Floating (HT9320A) M/B=VSS (HT9320H) TPDP Rev. 1.10 Pre-digit-pause Time ¾ ms 7 October 1, 2002 HT9320 Series Symbol Parameter Test Conditions Conditions VDD Pulse rate=10pps. No resistor is linked between R1 and C5 (HT9320A/B/C/K) TIDP Inter-digit-pause Time ¾ Min. Typ. Max. ¾ 800 ¾ Pulse rate=10pps (HT9320H/L) ms Pulse rate=10pps. A resistor is linked between R1 and C5 (HT9320A/B/C/K) ¾ 400 ¾ Pulse rate=20pps ¾ 500 ¾ ¾ 33 (10pps) 17 (20pps) ¾ A resistor is linked between R2 and C1 (HT9320B/C/K/L) M/B=VSS (HT9320A) TM Pulse Make Duration ¾ Unit M/B=VDD (HT9320H) ms No resistor is linked between R2 and C1 (HT9320B/C/K/L) M/B=Floating (HT9320A) ¾ 40 (10pps) 20 (20pps) ¾ ¾ 66 (10pps) 33 (20pps) ¾ M/B=VSS (HT9320H) A resistor is linked between R2 and C1 (HT9320B/C/K/L) M/B=VSS (HT9320A) TB Pulse Break Duration ¾ M/B=VDD (HT9320H) ms No resistor is linked between R2 and C1 (HT9320B/C/K/L) M/B=Floating (HT9320A) ¾ 60 (10pps) 30 (20pps) ¾ M/B=VSS (HT9320H) TKT Keytone Duration ¾ Pulse mode (HT9320K) ¾ 34 ¾ ms FKTC Keytone Carrier ¾ Pulse mode (HT9320K) ¾ 1.2 ¾ kHz Tone Mode Electrical Characteristics Symbol Parameter fOSC=3.5795MHz, Ta=25°C Test Conditions VDD Conditions ¾ ¾ Min. Typ. Max. Unit 0.45VDD ¾ 0.7VDD V 0.1 ¾ ¾ mA 0.12 0.155 0.18 Vrms VTDC DTMF Output DC Level ITOL DTMF Sink Current VTAC DTMF Output AC Level RL DTMF Output Load 2.5V THD£-23dB 5 ¾ ¾ kW ACR Column Pre-emphasis 2.5V Row group=0dB 1 2 3 dB THD Tone Signal Distortion 2.5V RL=5kW ¾ -30 -23 dB TTMIN Minimum Tone Duration ¾ Auto-redial ¾ 82.5 ¾ ms TITPM Minimum Inter-tone Pause ¾ Auto-redial ¾ 85.5 ¾ ms 2.5V VDTMF=0.5V ¾ Row group, RL=5kW THD (Distortion) (dB) = 20 log ( V12 + V22 + K Vn2 / Vi2 + Vh2 ) Vi, Vh: Row group and column group signals V1, V2, ... Vn: Harmonic signals (BW=300Hz~3500Hz) Rev. 1.10 8 October 1, 2002 HT9320 Series Functional Description Keyboard matrix Option Resistor C1~C8 and R1~R5 form a keyboard matrix. Together with a standard 5´8 keyboard, the keyboard matrix is used for dialing entries. In addition, the keyboard matrix also provides resistor options for different dialing specification selections. The keyboard arrangement for the HT9320 series are shown in the Keyboard Information. RK12 (HT9320B/C/K/L) RK13 RK14 Tone frequency Output Frequency (Hz) Tone Name RK21 % Error Option Function Default (No Resistor) Ratio Selection 40:60 Flash Function/ Time Selection Flash=control function Flash time=600ms Pause & P®T Duration Selection TP= 3.6s TP®T= 3.6s Pulse Number Selection N Specified Actual R2 697 699 +0.29% R3 770 766 -0.52% RK41 R4 852 847 -0.59% R5 941 948 +0.74% Inter-digitRK51 Pause Time for (HT9320A /B/C/K) 10pps C1 1209 1215 +0.50% C2 1336 1332 -0.30% C3 1477 1472 -0.34% RK31 RK51 RK61 RK71 (HT9320L) International Direct Dialing Lock Selection 800ms Normal dialing (unlock) Note: % Error does not contain the crystal frequency drift M/B ratio selection table Dialing specification selection · HT9320A Various dialing specifications can be selected by adding resistors across keyboard matrix pins. The allowable option resistor connections are shown on the table. C 1 C 2 C 3 C 4 C 5 C 6 C 7 R 1 R R 2 R R K 3 1 R K 4 1 R K 5 1 R K 6 1 R M/B Ratio (%) VSS 33.3:66.6 Floating 40:60 · HT9320B/C/K/L K 7 1 RK12 K 1 2 R 3 R 4 K 2 1 M/B Pin R No 40:60 Yes 33.3:66.6 M/B Pin M/B Ratio (%) VDD 33.3:66.6 VSS 40:60 K 1 3 R M/B Ratio (%) K 1 4 · HT9320H All the resistors are 330kW. The resistor option functions and the default specifications (without option resistors) are listed below (HT9320A/B/C/K/L). Rev. 1.10 9 October 1, 2002 HT9320 Series · HT9320H/L Flash function/time (duration) selection table Inter-digit pause time · HT9320A/B/C/K/L RK13 RK14 Flash Function Flash Time (TF) No No Control 600ms No Yes Digit 600ms Yes No Digit 98ms Yes Yes Digit 300ms 800ms Pulse number table Keypad · HT9320H Flash Function Flash Time (TF) VSS Digit 600ms VDD Digit 100ms M/B Pin Pause and P®T duration selection table · HT9320A/B/C/K/L Output Pulse Number Digit Key N 10-N N+1 1 1 9 2 2 2 8 3 3 3 7 4 4 4 6 5 5 5 5 6 6 6 4 7 7 7 3 8 8 8 2 9 9 9 1 10 0 10 10 1 RK21 TP (sec) TP®T (sec) */T P®T P®T P®T No 3.6 3.6 # Ignored Ignored Ignored Yes 2 1 DOUT BCD code · HT9320H TP (sec) TP®T (sec) 3.6 3.6 When dialing, the corresponding 4-bit BCD codes are serially presented on DOUT from MSB to LSB. The data of DOUT is valid at the falling edge of the CLOCK pin. The following table lists the BCD codes corresponding to the keyboard input. Pulse number selection table Key-In BCD Code Key-In BCD Code 1 0001 8 1000 Pulse Number 2 0010 9 1001 3 0011 0 1010 · HT9320A/B/C/K/L RK31 RK41 No No N 4 0100 */T 1101 No Yes N+1 5 0101 # 1100 Yes No 10-N 6 0110 F 1011 ¾ 7 0111 P 1110 Yes Yes On hook store (HT9320A/H) · HT9320H When the external power supply (2V~5.5V) is used and the HST pin is connected to VDD, the user can store dialing numbers to the memories (M1~M20) during on-hook state. Pulse Number N Inter-digit-pause time for 10pps On/Off hook store selection table · HT9320A/B/C/K HST Pin Hook Store Mode RK51 Inter-digit pause time VDD (HT9320A/H) No 800ms Floating (HT9320A) Off-hook store VSS (HT9320H) Off-hook store Yes Rev. 1.10 400ms 10 On-hook store October 1, 2002 HT9320 Series Lock function (HT932L) Hold-line function operation This function aims to detect lock dialing numbers to prevent from an unauthorized long distance call. The dialing output of this chip is disabled if the first input key after on-off hook is the lock number when the lock function is enabled. · Hold-line function execution When HDO is low, a falling edge triggers the HDI, enabling the Hold-line function (HDO becomes high). The XMUTE remains low when HDO is high. · Reset Hold-line function When HDO is high, the Hold-line function is enabled and can be reset by: International direct dialing lock (IDD lock) selection table RK51 RK61 RK71 Lock Function No No No Normal dialing without lock function No No Yes To lock 0 No Yes ¾ To lock 0, 9 ¾ IDD lock operation by the telephone keyboard. (See keyboard operation) ¾ Yes ¨ Off-hook ¨ Applying a falling edge to HDI ¨ Changing the HFO pin from low to high · Hold-line function table C u rre n t S ta te H D O H F O H F I H D I H K S H L X L H A n H L X L · Hand-free function execution L · Reset Hand-free function ¨ Applying a rising edge to HFI ¨ Changing the HDO pin from low to high X C u rre n t S ta te In p u t H D O H D I H F I H K S H F O H D O H L X H L A n L A n H L X H A n X H A n L X H L L L L X H L A n L A n L L X H H L X X A n L A n H A n A n L A n L H H L L H A n L A n L X X A n L A n L A n H H A n A n H A n L H L X X L L L X : D o n 't c a r e A n : U n c h a n g e d H : R is in g e d g e : F a llin g e d g e X : D o n 't c a r e A n : U n c h a n g e d This key executes the P®T function and wait a TP®T duration in the pulse mode. On the other hand, the */T key executes the * function in the tone mode. · * (HT9320H) The * key executes the * tone output function in the tone mode. No response in the pulse mode. L H L H X H : L o g ic H IG H L : L o g ic L O W Rev. 1.10 A n L X L X · */T A n L L L These are dialing number input keys for both the pulse mode and the tone mode operations. L H L H L · 0,1,2,3,4,5,6,7,8,9 keys N e x t S ta te H F O H A n L Key definition H K S H L L H : L o g ic H IG H L : L o g ic L O W · Hand-free function table L A n L L When HFO is high, the Hand-free function is enabled and can be reset by: A n H L H L L H L L When HFO is low, a rising edge triggers the HFI, enabling the Hand-free function (HFO becomes high). H F O A n L X H H D O X H H Hand-free function operation Off-hook N e x t S ta te H K S Note: ²¾² stands for ²don¢t care² ¨ In p u t · P®T The key executes the P®T function in the pulse mode. No response in the tone mode. · # : R is in g e d g e : F a llin g e d g e This is a dialing signal key for the tone mode only, no response in the pulse mode. 11 October 1, 2002 HT9320 Series · SA · ST Pressing this key can save the preceding dialing telephone numbers. The saved number is redialed if it is pressed again. SA will also redial the saved number if it is the first key pressed at the off-hook state. During the dialing signal transmission, the SA key is inhibited. Store key. The execution of this key actuates the store memory function with (or without) dialing output. During the dialing signal transmission, the ST key is inhibited. · A · F Auto key. When this key is pressed before pressing any one of the digital keys (0~9) it executes the two-touch/ three-touch memory dialing function. The flash key can be selected as a digit or as a control key by the option resistors RK13 & RK14. Pressing the flash key will force the PO pin to be ²low² for the TF duration and is then followed by TFP (sec). TF can also be selected by RK13, RK14. · PAGE M11~M20 are represented by pressing the PAGE key and the digital keys (0~9) or M1~M10. That is to say, A PAGE digit key (0~9) or PAGE®M1~M10 executesM11~M20memorydialing. · P Pause key. The execution of this key can pause the output for the TP duration. TP can be selected by RK21. · M1~M20 · R One-touch memory dialing for speed-dialing in either pulse or tone mode. Redial key. Executes redialing as well as one-key redial function. · R/P Redial and pause function key. If it is pressed as the first key after off-hook, this key executes the redial function. Otherwise, it works as the pause key. Rev. 1.10 12 October 1, 2002 HT9320 Series Keyboard operation The following operations are described under an on-off-hook or on-hook condition with the hand-free active condition. N o r m a l d ia lin g · P u ls e m o d e - - ( a ) w ith o u t * /T K e y b o a r d in p u t: D 1 D 2 D ia lin g o u tp u t: D 1 R M : D 1 T o n e m o d e ( a ) w ith o u t * /T K e y b o a r d in p u t: D 1 ... D n D 2 ... D n D 2 ... D n R M : D 1 S A M : U n c h a n g e d ... D n D 2 ... D n D 2 ... D n S A M : U n c h a n g e d ( b ) w ith * /T K e y b o a r d in p u t: D 1 D 2 ... D n * /T D n + 1 ( b ) w ith * /T K e y b o a r d in p u t: ... D m D ia lin g o u tp u t: D 1 R M : D 1 D 2 D ia lin g o u tp u t: D 1 D 2 ... D n T P ® T P u ls e * /T D n + 1 ... D m D 2 ... D n D 1 D 2 ... D n * /T D n + 1 ... D m D ia lin g o u tp u t: D 1 D n + 1 ... D m T o n e R M : D 1 D 2 ... D n D 2 ... D n * D n + 1 ... D m * D n + 1 ... D m S A M : U n c h a n g e d S A M : U n c h a n g e d N o te : T h e m a x im u m c a p a c ity o f th e R M m e m o r y is 3 2 d ig its . W h e n m o r e th a n 3 2 d ig its a r e e n te r e d , th e s ig n a l is tr a n s m itte d b u t th e r e d ia l fu n c tio n is in h ib ite d . · R e d ia l - P u ls e m o d e - ( a ) w ith o u t * /T , P ® T R M c o n te n t: D 1 D 2 ... D n K e y b o a r d in p u t: R M D 2 ... D n R D 2 ... D n R M : U n c h a n g e d S A M : U n c h a n g e d S A M : U n c h a n g e d ( b ) w ith * /T D 2 ... D n K e y b o a r d in p u t: [ R D ia lin g o u tp u t: D 1 S A M : U n c h a n g e d D 2 ... D n D ia lin g o u tp u t: D 1 R M : U n c h a n g e d R M : U n c h a n g e d c o n te n t: D 1 K e y b o a r d in p u t: R D ia lin g o u tp u t: D 1 ( b ) w ith * /T R M c o n te n t: D 1 T o n e m o d e ( a ) w ith o u t * /T , P ® T * /T D n + 1 ... D m o r R /P ] D 2 ... D n P u ls e T R M c o n te n t: D 1 D 2 ... D n K e y b o a r d in p u t: [ R P ® T D n + 1 ... D m T o n e D ia lin g o u tp u t: D 1 * /T D n + 1 ... D m o r R /P ] D 2 ... D n * D n + 1 ... D m R M : U n c h a n g e d S A M : U n c h a n g e d N o te : If th e d ia lin g n u m b e r e x c e e d s 3 2 d ig its , r e d ia lin g is in h ib ite d a n d P O = V D D Rev. 1.10 13 October 1, 2002 HT9320 Series · O n e - k e y r e d ia l - P u ls e m o d e - ( a ) w ith o u t * /T K e y b o a r d in p u t: D 1 D 2 ... D n D 2 ... D n T P u ls e D 1 D 2 ... D n P u ls e D 2 ... D n R D ia lin g o u tp u t: D 1 R M : D 1 T o n e m o d e ( a ) w ith o u t * /T K e y b o a r d in p u t: D 1 T B R K D 2 ... D n D ia lin g o u tp u t: D 1 D 2 ... D n ... D n R M : D 1 D 2 ... D n R P R T T B R K R P D 1 D 2 S A M : U n c h a n g e d S A M : U n c h a n g e d ( b ) w ith * /T K e y b o a r d in p u t: D 1 D 2 D m R ... D n * /T ( b ) w ith * /T K e y b o a r d in p u t: D n + 1 ... D 2 R D ia lin g o u tp u t: D 1 D ia lin g o u tp u t: D 1 R M : D 1 D 1 D m D 2 ... D n T P ® T D n + 1 ... D m P u ls e T o n e T B R K T R P D 1 D 2 ... D n T P T P u ls e D n + 1 ... D m T o n e D 2 ... D n * /T D n + 1 ... D m T R M : D 1 ... D n D 2 ... D n B R K ... D m D 2 ... D n T R P * /T D n + 1 ... * D n + 1 ... D m D 1 D 2 ... D n * D n + 1 * D n + 1 ... D m S A M : U n c h a n g e d S A M : U n c h a n g e d N o te : If th e d ia lin g n u m b e r e x c e e d s 3 2 d ig its , r e d ia lin g is in h ib ite d a n d P O = V D D · P a u s e K e y b o a r d in p u t: D 1 D ia lin g o u tp u t: D 1 R M : D 1 D 2 ... D n D 2 ... D n D 2 ... D n P T [ P o r R /P ] D n + 1 ... D m D n + 1 ... D m P D n + 1 ... D m S A M : U n c h a n g e d · S A c o p y - P u ls e m o d e - ( a ) w ith o u t * /T K e y b o a r d in p u t: D 1 D ia lin g o u tp u t: D 1 R M : D 1 S A M : D 1 ... D n K e y b o a r d in p u t: D 1 S A D ia lin g o u tp u t: D 1 R M : D 1 D 2 ... D n S A M : D 1 D 1 D 2 D m S A D ia lin g o u tp u t: D 1 R M : D 1 D 2 D 2 ... D n D 2 ... D n ( b ) w ith * /T K e y b o a r d in p u t: S A M : D 1 T o n e m o d e ( a ) w ith o u t * /T D 2 ... D n D 2 ... D n ... D n * /T D 2 ... D n T P ® T P u ls e * /T D n + 1 ... D m * /T D n + 1 ... D m D n + 1 ... D n + 1 ... D m T o n e D 2 ... D n D 2 ... D n D 2 ... D n ( b ) w ith * /T K e y b o a r d in p u t: D 1 D 2 ... D n D m S A D ia lin g o u tp u t: D 1 D 2 ... D n R M : D 1 S A M : D 1 S A D 2 ... D n D 2 ... D n D 2 ... D n * /T * D n + 1 ... D n + 1 ... D m * D n + 1 ... D m * D n + 1 ... D m N o te : T h e m a x im u m c a p a c ity o f th e R M m e m o r y is 3 2 d ig its . W h e n m o r e th a n 3 2 d ig its p lu s th e " S A " k e y a r e e n te r e d , th e S A V E fu n c tio n w ill n o t b e e x e c u te d , a n d a ll th e e x is tin g d a ta in th e s a v e m e m o r y w ill n o t b e c h a n g e d . Rev. 1.10 14 October 1, 2002 HT9320 Series S A d ia lin g · P u ls e m o d e - T o n e m o d e - ( a ) w ith o u t * /T S A M c o n te n t: D 1 ( a ) w ith o u t * /T D 2 ... D n S A M K e y b o a r d in p u t: S A D ia lin g o u tp u t: D 1 D 2 ... D n S A M : U n c h a n g e d D 2 ... D n * /T ( b ) w ith * /T S A M c o n te n t: D 1 D n + 1 ... D m K e y b o a r d in p u t: S A R M : U n c h a n g e d D 2 ... D n P u ls e T P ® T D 2 ... D n * D n + 1 ... D m K e y b o a r d in p u t: S A D ia lin g o u tp u t: D 1 D 2 ... D n D n + 1 ... D m T o n e * D n + 1 ... D m R M : U n c h a n g e d S A M : U n c h a n g e d S A M : U n c h a n g e d · D 2 ... D n R M : U n c h a n g e d S A M : U n c h a n g e d D ia lin g o u tp u t: D 1 D 2 ... D n D ia lin g o u tp u t: D 1 R M : U n c h a n g e d ( b ) w ith * /T S A M c o n te n t: D 1 c o n te n t: D 1 K e y b o a r d in p u t: S A M e m o ry s to re - O n e - to u c h m e m o r y s to r e w ith o u t d ia lin g o u tp u t K e y b o a r d in p u t: S T D 1 D 2 ... D n S T M a K e y b o a r d in p u t: D 1 D ia lin g o u tp u t: M a : D 1 D 2 ... D n M a : D 1 D 2 ... D n R M : D 1 D 2 ... D n R M : D 1 D 2 ... D n ... D n S T - M a T w o - to u c h m e m o r y s to r e w ith d ia lin g o u tp u t (M 1 ~ M 1 0 ) K e y b o a r d in p u t: D 1 [ (M 1 1 ~ M 2 0 ) (M 1 1 ~ M 2 0 ) ... D n S T o r M b ] D 2 ... D n o r M b b S T K e y b o a r d in p u t: D 1 D 2 ... D n S T S T P A G E [ b o r M b ] D ia lin g o u tp u t: D 1 M b : D 1 D 2 ... D n M b : D 1 D 2 ... D n M a : D 1 D 2 ... D n (a = b + 1 0 , M 1 0 = M 0 ) M a : D 1 D 2 ... D n (a = b + 1 0 , M 1 0 = M 0 ) R M : D 1 D 2 ... D n R M : D 1 D 2 ... D n S A M : U n c h a n g e d T h r e e - to u c h m e m o r y s to r e w ith o u t d ia lin g o u tp u t (M 1 1 ~ M 2 0 ) K e y b o a r d in p u t: S T D 1 D 2 ... D n S T P A G E [ b o r M b ] D ia lin g o u tp u t: S T ] D ia lin g o u tp u t: D 2 ... D n - S A M : U n c h a n g e d T h r e e - to u c h m e m o r y s to r e w ith d ia lin g o u tp u t (M 1 1 ~ M 2 0 ) K e y b o a r d in p u t: D 1 D 2 ... D n S T S T P A G E D ia lin g o u tp u t: D 1 [ b o r M b ] D 2 ... D n M a : D 1 D 2 ... D n (a = b + 1 0 , M 1 0 = M 0 ) M a : D 1 D 2 ... D n (a = b + 1 0 , M 1 0 = M 0 ) R M : D 1 D 2 ... D n R M : D 1 D 2 ... D n S A M : U n c h a n g e d S T D 2 ... D n S A M : U n c h a n g e d T w o - to u c h m e m o r y s to r e w ith o u t d ia lin g o u tp u t (M 1 ~ M 1 0 ) K e y b o a r d in p u t: S T D 1 D 2 ... D n S T [ b o r M b ] K e y b o a r d in p u t: S T D 1 D 2 P A G E [ b D 2 D ia lin g o u tp u t: D 1 S A M : U n c h a n g e d - O n e - to u c h m e m o r y s to r e w ith d ia lin g o u tp u t S A M : U n c h a n g e d N o te : If th e d ia lin g n u m b e r e x c e e d s 3 2 d ig its , th e m e m o r y s to r e is in h ib ite d . H o w e v e r , if th e d ia lin g n u m b e r is n o t m o r e th a n 3 2 d ig its th e m e m o r y w ill s to r e a m a x . o f 1 6 d ig its . M a = M 1 ~ M 2 0 , M b = M 1 ~ M 1 0 , a = 1 ~ 2 0 , b = 1 ~ 9 , 0 Rev. 1.10 15 October 1, 2002 HT9320 Series M e m o r y d ia lin g · O n e - to u c h m e m o r y d ia lin g ( M 1 ~ M 2 0 ) - M a c o n te n t: D 1 - T h r e e - to u c h m e m o r y d ia lin g ( M 1 1 ~ M 2 0 ) D 2 ... D n K e y b o a r d in p u t: M 1 1 c o n te n t: D 1 M a D ia lin g o u tp u t: D 1 K e y b o a r d in p u t: D 2 ... D n D ia lin g o u tp u t: D 1 P A G E [ M b o r M a : U n c h a n g e d (a = b + 1 0 , M 1 0 = M 0 ) R M : D 1 R M : D 1 D 2 ... D n b ] D 2 ... D n M a : U n c h a n g e d S A M : U n c h a n g e d - D 2 ... D n A D 2 ... D n S A M : U n c h a n g e d T w o - to u c h m e m o r y d ia lin g ( M 1 ~ M 1 0 ) M b c o n te n t: D 1 D 2 ... D n K e y b o a r d in p u t: A [ b D ia lin g o u tp u t: D 1 o r M b ] D 2 ... D n M b : U n c h a n g e d R M : D 1 D 2 ... D n S A M : U n c h a n g e d N o te : a = 1 ~ 2 0 , M a = M 1 ~ M 2 0 M b = M 1 ~ M 1 0 , b = 1 ~ 9 , 0 C h a in d ia lin g · M 1 c o n te n t: D 1 D 2 ... D n M 2 c o n te n t: D n + 1 ... D m K e y b o a r d in p u t: D 1 D 2 D ia lin g o u tp u t: D 1 D 2 D 3 D 3 [ M 1 D 1 o r A D 2 ... D n 1 ] [ M 2 o r A 2 ] D n + 1 ... D m M 1 /M 2 : U n c h a n g e d R M : D 1 D 2 D 3 D 1 D 2 ... D n D n + 1 ... D m S A M : U n c h a n g e d N o te : If th e d ia lin g n u m b e r e x c e e d s 3 2 d ig its , r e d ia lin g is in h ib ite d a n d P O = V D D · F la s h F la s h a s a d ig ita l k e y - ( a ) T h e in te r v e n ie n t k e y K e y b o a r d in p u t: F la s h a s a c o n tr o l k e y K e y b o a r d in p u t: D 1 D m D 2 ... D n D ia lin g o u tp u t: D 1 D 2 ... D n D m R M : D 1 D 2 ... D n T F F T D n + 1 F P ... D n + 1 ... D 1 D m D 2 ... D n D ia lin g o u tp u t: D 1 D 2 ... D n D m R M : D n + 1 ... D m T F F T D n + 1 F P ... D n + 1 ... S A M : U n c h a n g e d S A M : U n c h a n g e d ( b ) T h e fir s t k e y K e y b o a r d in p u t: D ia lin g o u tp u t: T F F T D 1 F P D 2 D 1 ... D n D 2 N o te : T F : b r e a k a fla s h tim e D n R M : U n c h a n g e d S A M : U n c h a n g e d Rev. 1.10 16 October 1, 2002 HT9320 Series · ID D lo c k o p e r a tio n b y th e k e y b o a r d ( 2 lo c k n u m b e r s , 3 d ig its /n u m b e r a t m a x im u m ) ( A 3 3 0 k W r e s is to r is c o n n e c te d b e tw e e n C 5 a n d R 1 ) P e r s o n a l/L o c k N o .1 /L o c k N o .2 in p u t o p e r a tio n ( a ) P e r s o n a l c o d e d o e s n 't e x is t S to re s P e rs o n a l C o d e : S T D 1 D 2 D 3 S T S to re s L o c k N o .1 : S T D 4 D 5 D 6 S T * 1 S to re s L o c k N o .2 : S T D 7 D 8 D 9 S T * 2 * 0 ( b ) P e r s o n a l c o d e e x is t C h a n g e s P e rs o n a l C o d e : S T D 1 D 2 D 3 S T # S T ( O ld p e r s o n a l c o d e ) D 1 D 2 D 3 S T # S T C h a n g e s L o c k N o .1 : S T (P e rs o n a l c o d e ) C h a n g e s L o c k N o .2 : S T D 1 D 2 D 3 S T # D 4 D 5 D 6 S T * 0 (N e w p e rs o n a l c o d e ) D 4 D 5 D 6 S T * 1 (L o c k N o .1 ) D 7 D 8 D 9 S T S T * 2 (P e rs o n a l c o d e ) (L o c k N o .2 ) C h a n g e s P e r s o n a l C o d e , L o c k N o .1 a n d L o c k N o .2 a t o n e tim e S T D 1 D 2 D 3 S T # S T D 4 D 5 D 6 S T ( O ld p e r s o n a l c o d e ) (N e w p e rs o n a l c o d e ) S T D 7 D 8 D 9 S T * 1 S T D 1 0 D 1 1 D 1 2 (L o c k N o .1 ) * 0 ( c o n tin u e d ) S T * 2 (L o c k N o .2 ) P e r s o n a l/L o c k N o .1 /L o c k N o .2 c a n c e l o p e r a tio n - - C a n c e ls P e r s o n a l c o d e : S T D 1 D 2 D 3 C a n c e ls L o c k N o .1 : S T D 1 D 2 D 3 S T C a n c e ls L o c k N o .2 : S T D 1 D 2 D 3 S T S T # # # S T S T S T # # 0 # 1 2 T e m p o r a r y r e le a s e b o th o f th e lo c k n u m b e r s ( L o c k N o .1 , L o c k N o .2 ) : S T D 1 D 2 D 3 S T # D m D m + 1 D m + 2 D l ... D n (P e rs o n a l c o d e ) N o te : D 1 ~ D 1 2 = 0 ~ 9 D m D m + 1 D m + 2 = 0 ~ 9 D l ... D n = 0 ~ 9 , * , # · N o te : R M : R e d ia l m e m o r y S A M : S a v e d ia lin g m e m o r y D 1 D 2 ... D n : 0 ~ 9 D n + 1 ... D m : 0 ~ 9 , * , # D m + 1 ... D I: 0 ~ 9 , * , # D I+ 1 ... D K : 0 ~ 9 , * , # Rev. 1.10 17 October 1, 2002 HT9320 Series Timing Diagrams Normal dialing · Pulse mode H ig h Im p e d a n c e H K S K E Y IN D 1 D 2 T R T D B T D B D B X M U T E T T P D P -T ID P T M ID P -T M T T P D P T ID P M P O T T B T M M D T M F 1 .2 k H z c a r r ie r K T T T K T T K T T K T ID P -T M X 2 2 0 m s 2 0 m s · Tone mode H ig h Im p e d a n c e H K S K E Y IN D 1 R T D 2 T D B T D B D B X M U T E P O T IT P M T T IT P M IT P M D T M F T T M IN T IT P M K T X 2 2 0 m s Rev. 1.10 2 0 m s 18 October 1, 2002 HT9320 Series Dialing with Pause key · Pulse mode H ig h Im p e d a n c e H K S K E Y IN T D 1 D 2 T D B D 3 P T D B D B T P + T T D B P D P X M U T E T T P D P T ID P T ID P M P O D T M F T ID P -T M 1 .2 k H z c a r r ie r K T T T K T K T X 2 2 0 m s · Tone mode H ig h Im p e d a n c e H K S K E Y IN D 1 D 2 T P D 3 T D B P X M U T E P O T T M IN T T IT P M IT P M D T M F T IT P M K T X 2 2 0 m s Rev. 1.10 19 October 1, 2002 HT9320 Series Flash key operation H ig h Im p e d a n c e H K S K E Y IN F T D B X M U T E P O T T F F P D T M F 1 .2 k H z c a r r ie r K T T K T X 2 2 0 m s Pulse ® Tone operation H ig h Im p e d a n c e H K S K E Y IN T D 1 * /T D 2 T D B T D 3 D B D B T T ID P P ® T X M U T E T P D P T ID P + T P D P P O T T M IN T IT P M D T M F 1 .2 k H z c a r r ie r K T T K T X 2 2 0 m s Rev. 1.10 20 October 1, 2002 HT9320 Series One key redial operation H ig h Im p e d a n c e H K S K E Y IN D 1 T D 2 T D B T X M U T E R T D B T IT P M T D B IT P M IT P M T R P (1 s e c ) P O T (1 .2 s e c s ) B R K T IT P M D T M F K T X 2 2 0 m s CLOCK & DOUT operating H ig h Im p e d a n c e H K S K E Y IN D 1 X M U T E T T D B T P D P B T M P O T (3 4 m s ) K T 1 .2 k H z C a r r ie r K T C L O C K F D O U T C L O C K = 2 .4 k H z D a ta X 2 2 0 m s N o te : D 1 = D 3 = 3 D 2 = 2 Rev. 1.10 21 October 1, 2002 HT9320 Series Application Circuits Application circuit 1 T ip R in g 1 A b r id g e M 6 / M 1 6 P A G E M 1 / M 1 1 P M 7 / M 1 7 S A M 2 / M 1 2 M 8 / M 1 8 F M 3 / M 1 3 M 9 / M 1 9 4 6 3 M 4 / M 1 4 2 S T 1 9 M 1 0 / M 2 0 A 8 M 5 / M 1 5 5 7 R ig n a l a l d e rs a re e e n R k 1 0 0 k W d ia lin g s e fu n c tio n tr a n s is to c ito r b e tw # r th e to th ifie d c a p a 0 is fo e fe r s p e c 1 m F * /T * R k (R * U n * A R 1 R 2 R 3 R 4 2 7 1 0 4 7 k W 2 2 M W 2 2 0 k W 3 3 k W H a n d fre e 2 1 P O 1 0 0 k W 2 2 0 k W 1 0 k W 1 m F H D O 1 6 1 7 V T o n e 1 N 4 1 4 8 1 m F 1 6 V 2 2 k W 2 .2 k W H K S 8 M /B 9 3 3 /6 6 4 0 /6 0 H S T X M U T E H F O D T M F 1 0 0 k W 2 7 0 k W 2 2 0 k W 1 N 4 1 4 8 1 N 4 1 4 8 0 .1 m F 1 3 X 2 V D D 1 2 3 9 p F 3 .5 8 M H z re s o n a to r X 1 1 4 1 0 0 m F 2 2 k W 3 9 p F 2 0 p p s V D D 1 0 p p s 5 .1 V 1 N 4 1 4 8 x 4 3 3 0 k W H o ld D D 0 .1 m F H D I 1 1 M O D E H T 9 3 2 0 A C 5 C 4 C 3 C 2 C 1 V S S 2 6 2 5 2 4 2 3 2 2 1 5 H F I 1 0 0 k W 1 0 m F 5 0 V C 6 1 0 p F n tio n ) 0 5 0 ty p e T E a n d V S S ( G N D ) is r e c o m m e n d e d R 5 O n -h o o k O ff-h o o k A 9 2 A 4 2 3 .3 k W 3 4 5 6 7 tio r ip f 8 U 0 .0 2 m F R k o p s c o X M 1 m F 1 N 4 1 4 8 4 7 k W 1 8 2 0 1 9 2 1 .5 k W O n -h o o k s to re O ff-h o o k s to re 1 5 0 W 1 m F 1 N 4 1 4 8 S P E E C H N E T W O R K 3 ~ 5 V October 1, 2002 22 Rev. 1.10 HT9320 Series Application circuit 2 T ip R in g M 6 / M 1 6 1 A b r id g e M 1 / M 1 1 P A G E M 7 / M 1 7 P M 2 / M 1 2 M 8 / M 1 8 S A M 3 / M 1 3 M 9 / M 1 9 F A M 4 / M 1 4 4 6 3 S T 2 9 M 1 0 / M 2 0 1 8 M 5 / M 1 5 5 7 R ig n a l a l d e rs a re e e n R k 1 0 0 k W d ia lin g s e fu n c tio n tr a n s is to c ito r b e tw # r th e to th ifie d c a p a 0 is fo e fe r s p e c 1 m F * /T * R k (R * U n * A R 1 R 2 R 3 R 4 1 0 4 7 k W 2 2 M W 2 2 0 k W 3 3 k W H a n d fre e 2 1 P O 1 0 0 k W 2 2 0 k W 1 0 k W 1 m F H D O 1 6 1 7 V V 2 .2 k W 1 0 0 k W 2 7 0 k W 2 2 0 k W 1 N 4 1 4 8 1 N 4 1 4 8 0 .1 m F H K S 9 C L O C K 8 D T M F H F O X M U T E 1 3 X 2 1 m F 1 N 4 1 4 8 4 7 k W 1 N 4 1 4 8 1 8 2 0 1 9 2 4 7 k W 1 .5 k W H T 1 6 X X L C D D R IV E R (s e e H T 1 6 X X d a ta ) D O U T 1 2 3 9 p F 3 .5 8 M H z re s o n a to r X 1 V D D 1 4 1 0 0 m F 2 2 k W 2 2 k W 1 m F 1 6 V 1 N 4 1 4 8 D D 5 .1 V 1 N 4 1 4 8 x 4 3 3 0 k W H o ld D D 0 .1 m F H D I M O D E 1 1 1 0 p p s 3 9 p F 2 0 p p s T o n e H T 9 3 2 0 B /L C 5 C 4 C 3 C 2 C 1 V S S 2 6 2 5 2 4 2 3 2 2 1 5 H F I 1 0 0 k W 1 0 m F 5 0 V C 6 2 7 1 0 p F n tio n ) 0 5 0 ty p e T E a n d V S S ( G N D ) is r e c o m m e n d e d R 5 O n -h o o k O ff-h o o k A 9 2 A 4 2 3 .3 k W 3 4 5 6 7 tio r ip f 8 U 0 .0 2 m F R k o p s c o X M 1 5 0 W 1 m F S P E E C H N E T W O R K October 1, 2002 23 Rev. 1.10 HT9320 Series Application circuit 3 T ip R in g M 3 / M 1 3 M 2 / M 1 2 M 1 / M 1 1 M 9 / M 1 9 M 8 / M 1 8 M 7 / M 1 7 M 6 / M 1 6 1 A b r id g e A M 4 / M 1 4 P A G E S T P 3 6 9 S A 2 5 8 R F 1 4 7 # ig n a l a l d e rs a re e e n R k 1 0 0 k W d ia lin g s e fu n c tio n tr a n s is to c ito r b e tw M 1 0 / M 2 0 0 r th e to th ifie d c a p a * /T is fo e fe r s p e c 1 m F M 5 / M 1 5 * R k (R * U n * A 6 5 4 3 2 tio r ip f 8 U 4 7 k W P O D D 2 2 M W V 0 .1 m F 1 0 0 k W 2 .2 k W 1 N 4 1 4 8 5 .1 V 1 0 0 m F 7 V D D 2 2 0 k W 9 2 7 0 k W X 1 1 0 0 k W 3 9 p F 2 0 p p s T o n e 1 0 p p s H K S 1 N 4 1 4 8 0 .1 m F V D D 1 1 8 M O D E H T 9 3 2 0 C C 5 C 4 C 3 C 2 C 1 V S S 2 0 1 9 1 8 1 7 1 6 1 2 1 5 O n -h o o k O ff-h o o k C 6 2 1 1 0 p F n tio n ) 0 5 0 ty p e T E a n d V S S ( G N D ) is r e c o m m e n d e d R 5 R 4 R 3 R 2 R 1 A 9 2 A 4 2 3 .3 k W R k o p s c o X M D T M F 1 3 1 m F 1 N 4 1 4 8 1 .5 k W 1 0 X 2 3 .5 8 M H z re s o n a to r 3 9 p F 1 4 1 5 0 W X M U T E 1 m F S P E E C H N E T W O R K October 1, 2002 24 Rev. 1.10 HT9320 Series Application circuit 4 T ip M 1 / M 1 1 M 7 / M 1 7 M 6 / M 1 6 1 A b r id g e P ® T M 2 / M 1 2 M 8 / M 1 8 R in g F M 3 / M 1 3 M 9 / M 1 9 P A G E A M 4 / M 1 4 S A S T 3 6 9 2 5 8 1 4 7 R /P ig n a l a l d e rs a re e e n R k 1 0 0 k W d ia lin g s e fu n c tio n tr a n s is to c ito r b e tw M 1 0 / M 2 0 # r th e to th ifie d c a p a 0 * is fo e fe r s p e c 1 m F M 5 / M 1 5 * R k (R * U n * A R 1 R 2 R 3 R 4 1 0 4 7 k W 2 2 M W 2 2 0 k W 3 3 k W H a n d fre e 2 1 P O 1 0 0 k W 1 m F 2 2 0 k W 1 0 k W 1 6 H D O 1 7 V 2 .2 k W 8 H K S M /B 9 4 0 /6 0 3 3 /6 6 H S T X M U T E H F O D T M F 1 0 0 k W 2 7 0 k W 2 2 0 k W 1 N 4 1 4 8 1 N 4 1 4 8 0 .1 m F 1 3 X 2 1 4 1 2 3 9 p F 3 .5 8 M H z re s o n a to r X 1 V D D 1 0 0 m F 2 2 k W 2 2 k W 1 m F 1 6 V 1 N 4 1 4 8 5 .1 V D D 3 9 p F 2 0 p p s T o n e 1 0 p p s V 1 N 4 1 4 8 x 4 3 3 0 k W H o ld D D 0 .1 m F H D I 1 1 M O D E H T 9 3 2 0 H C 5 C 4 C 3 C 2 C 1 V S S 2 6 2 5 2 4 2 3 2 2 1 5 H F I 1 0 0 k W 1 0 m F 5 0 V C 6 2 7 1 0 p F n tio n ) 0 5 0 ty p e T E a n d V S S ( G N D ) is r e c o m m e n d e d R 5 H o o k o n H o o k o ff A 9 2 A 4 2 3 .3 k W 3 4 5 6 7 tio r ip f 8 U 0 .0 2 m F R k o p s c o X M 1 m F 1 N 4 1 4 8 4 7 k W 1 8 1 9 2 0 2 1 .5 k W O n -h o o k s to re O ff-h o o k s to re 1 5 0 W 1 m F 1 N 4 1 4 8 S P E E C H N E T W O R K 3 ~ 5 V October 1, 2002 25 Rev. 1.10 HT9320 Series Application circuit 5 P P A G E T ip R in g 1 A b r id g e M 6 / M 1 6 S A M 1 / M 1 1 M 7 / M 1 7 F M 2 / M 1 2 3 M 8 / M 1 8 2 M 3 / M 1 3 M 9 / M 1 9 1 M 4 / M 1 4 A S T 6 9 M 1 0 / M 2 0 5 8 M 5 / M 1 5 4 7 R d ia lin g s e fu n c tio n tr a n s is to c ito r b e tw # r th e to th ifie d c a p a 0 is fo e fe r s p e c 1 m F * /T * R k (R * U n * A 1 0 0 k W R k ig n a l a l d e rs a re e e n R 1 R 2 R 3 R 4 2 7 1 0 4 7 k W 2 2 M W 2 2 0 k W 3 3 k W H a n d fre e 2 1 P O 1 0 0 k W 1 m F 2 2 0 k W 1 0 k W 1 6 H D O 1 7 2 .2 k W H K S 8 K T X M U T E H F O D T M F 1 0 0 k W 2 7 0 k W 2 2 0 k W 1 N 4 1 4 8 1 N 4 1 4 8 0 .1 m F 1 3 X 2 1 4 1 2 3 9 p F 3 .5 8 M H z re s o n a to r X 1 V D D 1 0 0 m F 2 2 k W 2 2 k W 1 m F 1 6 V 1 N 4 1 4 8 5 .1 V D D 3 9 p F 2 0 p p s T o n e 1 0 p p s V 1 N 4 1 4 8 x 4 3 3 0 k W D D H o ld V 0 .1 m F H D I 1 1 M O D E H T 9 3 2 0 K C 5 C 4 C 3 C 2 C 1 V S S 2 6 2 5 2 4 2 3 2 2 1 5 H F I 1 0 0 k W 1 0 m F 5 0 V C 6 1 0 p F n tio n ) 0 5 0 ty p e T E a n d V S S ( G N D ) is r e c o m m e n d e d R 5 O n -h o o k O ff-h o o k A 9 2 A 4 2 3 .3 k W 3 4 5 6 7 tio r ip f 8 U 0 .0 2 m F R k o p s c o X M 1 m F 1 N 4 1 4 8 4 7 k W 1 8 2 0 1 9 2 1 m F 1 .5 k W B u z z e r 1 5 0 W S P E E C H N E T W O R K October 1, 2002 26 Rev. 1.10 HT9320 Series Package Information 28-pin DIP (600mil) outline dimensions A 1 5 2 8 B 1 1 4 H C D E Symbol Rev. 1.10 F a G I Dimensions in mil Min. Nom. Max. A 1445 ¾ 1465 B 535 ¾ 555 C 145 ¾ 155 D 125 ¾ 145 E 16 ¾ 20 F 50 ¾ 70 G ¾ 100 ¾ H 595 ¾ 615 I 635 ¾ 670 a 0° ¾ 15° 27 October 1, 2002 HT9320 Series 22-pin SKDIP (300mil) outline dimensions A 2 2 B 1 2 1 1 1 H C D E Symbol Rev. 1.10 F a G I Dimensions in mil Min. Nom. Max. A 1085 ¾ 1105 B 253 ¾ 263 C 125 ¾ 135 D 125 ¾ 145 E 16 ¾ 20 F 50 ¾ 70 G ¾ 100 ¾ H 295 ¾ 315 I 330 ¾ 375 a 0° ¾ 15° 28 October 1, 2002 HT9320 Series Holtek Semiconductor Inc. (Headquarters) No.3, Creation Rd. II, Science Park, Hsinchu, Taiwan Tel: 886-3-563-1999 Fax: 886-3-563-1189 http://www.holtek.com.tw Holtek Semiconductor Inc. (Taipei Sales Office) 4F-2, No. 3-2, YuanQu St., Nankang Software Park, Taipei 115, Taiwan Tel: 886-2-2655-7070 Fax: 886-2-2655-7373 Fax: 886-2-2655-7383 (International sales hotline) Holtek Semiconductor Inc. (Shanghai Sales Office) 7th Floor, Building 2, No.889, Yi Shan Rd., Shanghai, China 200233 Tel: 021-6485-5560 Fax: 021-6485-0313 http://www.holtek.com.cn Holtek Semiconductor Inc. (Shenzhen Sales Office) 5/F, Unit A, Productivity Building, Cross of Science M 3rd Road and Gaoxin M 2nd Road, Science Park, Nanshan District, Shenzhen, China 518057 Tel: 0755-8616-9908, 8616-9308 Fax: 0755-8616-9533 Holtek Semiconductor Inc. (Beijing Sales Office) Suite 1721, Jinyu Tower, A129 West Xuan Wu Men Street, Xicheng District, Beijing, China 100031 Tel: 010-6641-0030, 6641-7751, 6641-7752 Fax: 010-6641-0125 Holtek Semiconductor Inc. (Chengdu Sales Office) 709, Building 3, Champagne Plaza, No.97 Dongda Street, Chengdu, Sichuan, China 610016 Tel: 028-6653-6590 Fax: 028-6653-6591 Holmate Semiconductor, Inc. (North America Sales Office) 46729 Fremont Blvd., Fremont, CA 94538 Tel: 510-252-9880 Fax: 510-252-9885 http://www.holmate.com Copyright Ó 2002 by HOLTEK SEMICONDUCTOR INC. The information appearing in this Data Sheet is believed to be accurate at the time of publication. However, Holtek assumes no responsibility arising from the use of the specifications described. The applications mentioned herein are used solely for the purpose of illustration and Holtek makes no warranty or representation that such applications will be suitable without further modification, nor recommends the use of its products for application that may present a risk to human life due to malfunction or otherwise. Holtek¢s products are not authorized for use as critical components in life support devices or systems. Holtek reserves the right to alter its products without prior notification. For the most up-to-date information, please visit our web site at http://www.holtek.com.tw. Rev. 1.10 29 October 1, 2002