AMRX-1510 Ultra-slim Scroll Wheel with 5-way Switch Data Sheet Description Features Avago Technologies’ AMRX-1510 provides an integrated solution for scrolling, directional navigation and push button selection in a compact and ultra-slim package. With ease of use in mind, AMRX-1510 is ideal for scrolling of menus in new handheld electronic devices, such as in mobile phones, music players, cameras, and entertainment consoles. Based on Avago Technologies’ reflective optical technology, the motion sensor is non-contact and ensures reliable operations. The five tactile switches provide directional navigation and center selection from a list of menu. The aesthetic design of the scroll wheel is customizable to different colors and design features. Please refer to factory for further details. • Ultra-slim package Applications • Single 2.4V to 3.3V supply • Handheld electronic devices • Simple Power Down feature • Mobile devices • Easy assembly, no signal adjustment required • Digital cameras and camcorders • Connectivity through 15-way 0.5 mm pitch FPC • Entertainment consoles • Customizable aesthetic design • Handheld GPS or navigation devices • RoHS compliant • Less than 2 mm height profile • Typical 18.5 mm diameter • Integrated with four directional switches and a center push button • Integrated with scroll wheel for scrolling operation • Built-in illumination ring • Two-Channel Quadrature Output • 45 Cycles Per Revolution (CPR) • 1.8V / 3.3V TTL/CMOS Logic Compatible Single-ended Output • Portable audio and video players • Photo printers WARNING: These devices are Electrostatic Discharge (ESD) sensitive. The following precautions are strongly recommended. Ensure that an ESD approved carrier is used when units are transported from one destination to another. Personal grounding is to be worn at all times when handling these devices. Failure to observe proper ESD handling precautions will void all warranties. Refer to Avago Application Note A004R: Electrostatic Discharge Damage and Control. Device Selection Guide 1, 2 Part Number Resolution (CPR) Operating Temperature (°C) Output Communication AMRX-1510-1BWA 45 -25 to +85 1.8V CH A & B Dial: VM Chrome Finish; Push Button: Matt Black; LED : White; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-1AWB 45 -15 to +70 1.8V CH A & B Dial: Black SF Rubber; Push Button: High Gloss Black; LED : White; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-1AWC 45 -25 to +85 1.8V CH A & B Dial: High Gloss Black; Push Button: High Gloss Black; LED : White; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-1BBA 45 -25 to +85 1.8V CH A & B Dial: VM Chrome Finish; Push Button: Matt Black; LED : Blue; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-1ABB 45 -15 to +70 1.8V CH A & B Dial: Black SF Rubber; Push Button: High Gloss Black; LED : Blue; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-1ABC 45 -25 to +85 1.8V CH A & B Dial: High Gloss Black; Push Button: High Gloss Black; LED : Blue; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-2BWA 45 -25 to +85 3.3 V CH A & B Dial: VM Chrome Finish; Push Button: Matt Black; LED : White Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-2AWB 45 -15 to +70 3.3 V CH A & B Dial: Black SF Rubber; Push Button: High Gloss Black; LED : White; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-2AWC 45 -25 to +85 3.3 V CH A & B Dial: High Gloss Black; Push Button: High Gloss Black; LED : White; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-2BBA 45 -25 to +85 3.3 V CH A & B Dial: VM Chrome Finish; Push Button: Matt Black; LED : Blue; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-2ABB 45 -15 to +70 3.3 V CH A & B Dial: Black SF Rubber; Push Button: High Gloss Black; LED : Blue; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 AMRX-1510-2ABC 45 -25 to +85 3.3 V CH A & B Dial: High Gloss Black; Push Button: High Gloss Black; LED : Blue; Connectivity: FPC 15-way 0.5 mm pitch +2.4 to +3.3 Exterior Options DC Supply Voltage (V) Notes: 1. For different product options, customized products and technical documents, please contact factory at [email protected] 2. FPC connection is compatible with bottom contact type FPC ZIF connector: 3. Recommended ZIF connector : MOLEX 52893-1595 (2mm height), KYOCERA 6239-015 (1.5mm height), 6238-015 (1.1mm height) & etc 4. The ESD rating is subjected to the dial finishing option (refer to Table 2). Table 1. Absolute Maximum Ratings [1, 2] Parameter Symbol Limits Units/Standard DC Supply Voltage VCC 1.8 to + 4.5 V Output Voltage Vo 1.5 to +4.0 V PDN Input Voltage VPUP +1.2 to +VCC V Operating temperature [3] Top -25 to 85 °C Storage Temperature Tstg -40 to 85 °C Notes: 1. Stresses greater than those listed under Absolute Maximum Ratings may cause permanent damage to the device. This is stress rating only, and functional operation of the device at these or at any other conditions above than those indicated in the operational sections of this specification is not implied. 2. Exposure to absolute maximum rating conditions for extended periods may affect reliability. 3. Operating temperature range is subjected to customized finishing or coating. Table 2. ESD Ratings [1] Dial Finishing Option A (VM Chrome) Option B (Black SF Rubber) & C (High Gloss Black) Air Discharge 2kV 5kV Contact Discharge 2kV 4kV Note: 1. Based on IEC-61000-4-2. Table 3. Recommended Operating Condition Values Parameter Symbol Ambient Temperature Min Typ. Max Units Notes Tamb -25 25 85 °C 1 DC Supply Voltage VCC +2.4 +3.3 V 2 PDN Minimum Voltage for Logic HIGH VPDN_IH(min) +1.2 VCC V 3 PDN Maximum Voltage for Logic LOW VPDN_IL(max) 0.4 V 3 8k Hz (Velocity (rpm) x N)/60, 4 150 rpm 4 Count Frequency Rotary Dial Speed Condition 112.5 SRPM Notes: 1. Except for Black SF Rubber coating options. 2. LED forward voltage, VF=2.8V typical. 3. Set PDN input pin to logic HIGH for normal operation and logic LOW to power down the device. 4. Typical value is referred to mechanically permissible speed, while maximum value is referred to electrically permissible speed. Table 4. Electrical Characteristics Electrical Characteristics over Recommended Operating Range, typical at 25 °C Values Parameter Symbol VCC Supply Current ICC Condition Min Typ. 7 Max Units 10 30 Power Down Current Consumption IPDN Power Down State Output Leakage Current IOZ Output High Voltage VOH Output Low Voltage VOL 4 <0.01 IOH = -230µA mA 1 mA 2 µA µA 1.5 2.9 V 3 2.4 3.3 V 4 IOL = 2.4mA 0.2 V IOL = 8mA 0.4 V PDN Turn On Delay tD_PDN_ON 1500 ns PDN Turn Off Delay tD_PDN_OFF 150 Quadrature Outputs Rise Time tr Quadrature Outputs Fall Time tf 500 250 ns 5 ns 5 At 3VDC, 1mA Insulation Resistance for 5-way Switch and Rotary Dial DC100V 1 min between terminals 110 MW DC100V 1 min between Rotary Dial and terminals 110 MW DC 500V 1 min between terminals 550 MW DC 500V 1 min between Rotary Dial and terminals 550 MW Notes: 1. Without illumination LED. 2. With illumination LED. 3. Refer to I/O Voltage Option 1 (on page 7). 4. Refer to I/O Voltage Option 2 (on page 7). 3. At CL = 33 pF. 300 ns 5-way Switch Contact Resistance Withstand Voltage for 5-way Switch and Rotary Dial Notes mW AC120V for 1 sec between Rotary Dial and terminals 1 mA No spark; No Trip Current AC120V for 1 sec between terminals 1 mA No spark; No Trip Current AC500V for 1 sec between Rotary Dial and terminals 10 mA No spark; No Trip Current AC500V for 1 sec between terminals 10 mA No spark; No Trip Current Table 5. Mechanical Characteristics Mechanical Characteristics over Recommended Operating Range, typical at 25 °C Values Parameter Symbol Rotational Life Condition RLIFE Switch Click Life CLIFE Permissible Rotational Angle θA Min Max Units Rotational Speed= 100RPM 2x105 cycles Push Location = on cover top, at switch location Push Force = 200gf 5 x105 times 5-way switch button -Stroke -Operation force Overall Mass Typ. MOVR 360 m° 0.19 200 mm gf 0.002 kg Table 6. Encoding Characteristics Encoding Characteristics over Recommended Operating Range, typical at 25°C. The typical values are average over the full rotation. Values Parameter Symbol Output Resolution N Condition Min Typ. Max Pulse width Error ∆P ±50 °�e Logic State Width Error ∆S ±50 °�e Phase Error ∆v ±15 °�e 45 CPR Functional Block Diagram S1 Illumination S2 R1 VLED 10Ω S3 PDN VCC Power Down Control S4 GND Notes: 1. R1 is the current-limiting resistor for LEDs. Figure 1. Functional Block Diagram Motion Sensor S5 GND_SW Level Shifter Units CH A CH B Scroll Wheel Output Waveform P T Amplitude CH. A CH. B Wheel Rotation (Clockwise) Notes: 1. CH A = Channel A; CH B = Channel; T = electrical cycle; P = pulse width ; f = phase. Figure 2. Output Waveform Package Dimensions CW S4 S3 S5 S1 S2 Notes: 1. 3rd Angle Projection. 2. Unless otherwise specified, all dimensions are in mm. 3. Compatible with SMT ZIF bottom contact type FFC/FPC connectors for connectivity. Figure 3. Package Dimensions Electrical Connections Pin Symbol Description 1 VLED LED Anode 2 PDN Power Down Control. LOW: Activate Power Down 3 S1 Connect to Switch 1 (S1) 4 S2 Connect to Switch 2 (S2) 5 S5 Connect to Switch 5 (S5) 6 GND_SW Common Ground for S1,S2,S3,S4,S5 7 S4 Connect to Switch 4 (S4) 8 S3 Connect to Switch 3 (S3) 9 GND Supply Ground 10 VCC Supply Voltage 11 CH A Channel A 12 CH B Channel B 13 NC Not Connected 14 NC Not Connected 15 NC Not Connected Ordering Information A M R X - 1 5 1 0 - 1 B Illumination Color / LED Color: W - White B - Blue Dome Switches: 5 - Four directional switches, one center switch. Scroll Resolution: 0 - 45 Cycles Per Revolution (CPR) For product information and a complete list of distributors, please go to our web site: A Dial Color/Finishing: A - VM Chrome Finish (Matt) B - Black SF Rubber C - High Gloss Black Form Factor: 1 - 18.5mm Diameter, 1.9mm Height Mounting +Connectivity Option: 0 - Direct Solder, 1mm pitch 1 - FPC 15-way 0.5 mm pitch, 25 mm length W Center Button: A - High Gloss Black colored B - Black colored (Matt) I/O Voltage: 1 - 1.8V 2 - 3.3V www.avagotech.com Avago, Avago Technologies, and the A logo are trademarks of Avago Technologies, Limited in the United States and other countries. Data subject to change. Copyright © 2007 Avago Technologies Limited. All rights reserved. AV02-0417EN - August 3, 2007