HS5210 SERIES 12-Bit Adjustment Free AD Cs Data Converter Line FEATURES • 12-bit conversion in 10µS typ; 13µS max • A djustment-free, ±0.0125% linearity • Low power: 670 mW typ • W ide operating temperature range: –55ºC to +125ºC • Small size: 24-pin, metal-to-metal, hermetic package • Full M IL-STD-883 Rev. C, Levels B or S, or commercial processing DESCRIPTION HS5210 Series are extremely fast 12-bit successive approximation A /D converters providing both parallel and serial output. A ll models have a maximum conversion time of 13µS, which allows full accuracy with a 1 M Hz clock. HS5210 Series hybrid microcircuit converters are housed in hermetically sealed 24-pin dual in-line packages. M iniature size, low power consumption and adjustment-free operation are product features. The HS5210 Series provides the user with the best possible performance in systems requiring maximum reliability in the smallest space. A ll converters are completely laser-trimmed, adjustment free, and incorporate highly stable thin-film resistor networks, which provide long-term maintenance-free operation. HS5210 Series A DCs are available in four input voltage ranges: 0 to -10 volts (HS5210/13), ±5 volts (HS5211/14), ±10 volts (HS5212/15), and 0 to +10 volts (HS5216). For each of these input ranges, the user has the option of specifying a model complete with an internal reference or for improved absolute accuracy, models which require an external reference. In all cases ±1/2LSB linearity is guaranteed over the entire operating temperature range. A ll models of the HS5210 Series may be procured for operation over the –55ºC to + 125ºC military temperature range (“ B” models) with the same operating characteristics as the commercial 0ºC to +70ºC range. In addition, full military temperature range models are available processed to M IL-STD-883 Rev. C Level B. 165Cedar Hill Street,Marlborough,MA01752 Tel:508.485.6350 Fax: 508.485.5168 www.SpectrumMicrowave.com HS5210 SERIES SUCCESSIVE APPRO XIMATIO N 12-BIT A/D Converters A BSOLUTE M A XIM UM RA TINGS: Operating Temperature Storage Temperature Positive Supply Negative Supply Logic Supply A nalog Input Digital Outputs Digital Inputs Reference Supply (M odels HS5213. 14, 15) –55ºCto+125ºC –65ºCto+150ºC +18 V olts –18 V olts +7 V olts ±25 V olts 0 to Logic Supply –0.5 to +5.5 V olts –15 V olts SPECIFICA TIONS (T A =25º C, V oltages ±15, +5 Unless otherw ise stated) PERFORM A NCE (NOTE 1): INPUT HIGH INPUT RA NGE IM PEDA NCE PERFORM A NCE HIGH A CCURA CY (Internal Reference) (Ext. Ref.=–10.000V ) 0 to-10V 3.6k HS5210 HS5213 +5V to -5V 3.6k HS5211 HS5214 +10V to-10V 7.2k HS5212 HS5215 0 to+10V 3.3k HS5216 M A X. M A X. UNITS Resolution 12 12 Bits Linearity(25ºC) ±1/2 ±1/2 LSB t M IN to t M A X ±3/4 ±3/4 LSB Zero Error 1 1 LSB A bsolute A ccuracy(25ºC)(Note 2) 2 2 LSB A bsolute A ccuracy(–55ºC to +125ºC)(Note 2) ±.4 ±.1 % Conversion Time 13 13 µSec Power Supply Requirments Current Drain +15 V olt Supply 16 10 mA Current Drain –1 SV olt Supply 28 28 mA Current Drain +5V olt Supply (Note 5) 50 50 mA Current Drain @ Reference Input 2 mA Power Supply Rejection ±15 V olts (Note 3) ±1 ±1 LSB/% Supply ±5V olts ±1 ±1 LSB/% Supply Power Consumption 910 825 mW LOGIC RA TINGS M IN Input Logic Commands Logic “ 0” Logic “ 1” Loading Clock Input Pulse W idth Logic “ 0” Logic “ 1” Output Logic Logic “ 0” Logic “ 1” Serial Output Parallel Output (See Timing Diagram) Fanout-High Fanout-Low TY P. M A X. 0.7 UNITS V olts V olts TTL Load 2.0 0.5 180 100 nSec nSec 0.15 3.6 2.4 0.4 V olts V olts 8 2 TTL Load TTL Load LO G IC CO D IN G HS5210/5213 0.0000V –0.0024V –4.9976V –5.0000V –5.0024V –9.9976V –10.0000V HS5211/5214 +5.0000V +4.9976V +0.0024V 0.0000V –0.0024V –4.9976V -5.0000V HS5212/5215 +10.0000V +9.9951V +0.0049V 0.0000V –0.0049V –9.9951V -10.0000V HS5216 +10.0000V +9.9976V +5.0024V +5.0000V +4.9976V +0.0024V 0.0000V M SB 0000 0000 0111 0000 1000 1111 1111 0000 0000 1111 0000 0000 1111 1111 LSB 0000 0000* 1110* 0000* 0000* 1110* 1111 (Continued on next page.) HS5210 SERIES SPECIFICA TION (Continued) * The voltages given are the theoretical values for the transitions indicated. Ideally, with the converter continuously converting the output bits indicated as 0 will change from “ 1” to “ 0” or from “ 0” to “ 1” as the input voltage passes through the level indicated. EXA M PLE: W ith an HS 5210/13 (0 to - 10V range), the transition from an output 0000 0000 0000 to 0000 0000 0001 will ideally occur at an analog voltage of - 0.0024V and the transition from 1111 1111 1110 to 1111 1111 1111 will occur with an analog voltage of - 9.9976. NOTE NOTE NOTE NOTE NOTE NOTE 1. Parts can be tested to meet M IL -38510/120 Consult factory. 2. A bsolute accuracy includes all errors, gain, zero. and linearity. No missing codes guaranteed over temperature. 3. For proper operation ± 15V power supplies tolerance should not be greater than ± 5% . 4 FSR is the abbreviation (or " Full Scale Range" and is equal to the peak-to-peak output voltage, i.e.. 10V for ± 5V range. 5. M odel HS 5216 + 5V current is 57 mA max 6 In case of discrepancy between package shown in photograph and package outline dimension, the mechanical outline is correct PIN DESIGNA TIONS PIN NO. Pin1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6 Pin 7 Pin 8 Pin 9 Pin 10 Pin 15 Pin 11 Pin 12 FUNCTION Start +5V Serial Out Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 M SB No connection +15V A nalog Ground N/C (int.ref.models) – V ref in (ext.ref.models) PIN Pin Pin Pin Pin Pin Pin Pin Pin Pin NO. 24 23 22 21 20 19 18 17 16 Pin 14 Pin 13 FUNCTION Clock Input DIG GND E.O.C. (end of conversion) Bit 7 Bit 8 Bit 9 Bit 10 Bit 11 LSB A nalog in – 15V M ECHA NICA L (Ceramic Packages TY PICA L DIM ENSIONS 0.165 (4.191) MAX 0.010 (0.254) inch (mm) 0.018 (0.451) PIN (1) INDEX 24 TOP V IEW 12 0.800 (20.320) MAX +15V GND 0.600 (15.24) 1 RECOM M ENDED POW ER SUPPLY BY PA SS CIRCUITS 0.310 (33.274) MAX 0.100 (0.25) – 15V +5V SUPPLY 15 + 11 + 13 + 15V SUPPLY 1µF 0.01µF 1µF 0.01µF – 15V SUPPLY 0.01µF + 2 0.025 (0.635) 0.205 (5.207) +5v 1µF DIG COM 13 A NA LOG GROUND 23 ORDERING INFORM A TION M odel HS52XXC Description Comm., 12-Bits, l3µS HS52XXB M IL, 12-Bits, 13µS DIG. GND M odel Selection Number Pin 1 is marked by the dot on the top of the package Specifications subject to change without notice.