Unit/Comments. %; Equal Output Loads %; Equal Output Loads Full Load

Transcription

1 100 series Single, Dual, Triple Output DC/DC Converter DESCRIPTIONS FEATURES Synchronization 13.3W/In 3 Power Density Efficiency to 87% UL 190 Approved VDE / EN 90 Approved >700,000 Hours MTBF 6 sided Continuous Shielding Output Voltage Trimming INPUT CHARACTERISTICS The 100 series 1 watts high performance DC/DC converters are cost effective solution to the high reliability and performance requirements of power distribution systems in applications ranging from high speed data communications equipment to industrial robotic systems. The 100 series operates over 2:1 input voltage ranges of 9 to 18, 18 to 36 or 36 to 72VDC; providing single, dual and triple output combinations of,, 1, ±, ±, ±1, /± and /±1 VDC. All models are packaged in compact, low profile 2 X 2 X 0.4 metal cases. OUTPUT CHARACTERISTICS Output Voltage Accuracy Single & Dual Outputs Triple Outputs - Primary - Auxiliaries Output Voltage Adjustment Voltage Balance: Dual Outputs Triple Outputs (Auxiliaries) Minimum Load Line Regulation Single & Dual Outputs Triple Outputs - Primary - Auxiliaries Load Regulation Single Outputs Dual Outputs Triple Outputs - Primary - Auxiliaries Ripple/Noise V Outputs V and 1V Outputs Short Circuit Protection Transient Recovery Time Temperature Coefficient Over Voltage Protection Min Typ Max ± ± ±.0 ±.0 ± ± 10% ±0. ±0..0 ±0.3 ± ±0. ±.0 Unit/Comments %; Equal Output Loads %; Equal Output Loads Full Load % 2 % 2 % 2 % 3 % 3 ; Equal Loads % 3 % 3 ; Equal Loads 7 mv p-p, Nom.Line FL, 20Mhz B.W. using 1 μf bypass capacitor 1 % of Vout Continuous, Automatic Recovery 200 μs to within1% error band for 0% step load change ±0.01 % per o C See Model Selection Guide Min Typ Max Unit/Comments Input Voltage Range VDC Input Models 9 18 VDC VDC Input Models VDC VDC Input Models VDC Remote On / OFF Control Supply ON. VDC or Open Circuit Supply OFF 0 VDC to 0.8 VDC Logic Referenced to Negative Input Reverse Polarity Input Current Amp Input Filter Internal Capacitor; External μf cap recommended across input pins Input Fuse Rating See Model Selection Guide GENERAL CHARACTERISTICS Switching Frequency Isolation Voltage Isolation Resistance Isolation Capacitance MTBF (MIL-HBK-217F) Min Typ Max Unit/Comments khz VDC, 1 minute Mohm, 00VDC pf, 100kHz, 1Volt Thousand Hours, +2 o C, Ground Benign 1 = Output voltage at nominal line & FL 2 = % Output voltage measured from min. input line to maximum 3 = Output voltage measured from FL to 10% Load Martek Power reserves the right to change specifications without notice. >> B Knox Street Torrance CA 9002 USA Tel: sales@martekpower.com

2 ENVIRONMENTAL SPECIFICATIONS Operating Temp. Range (Industrial) Operating Temp. Range (Extended, -X suffix) Storage Temp. Range Relative Humidity Cooling OUTLINE DRAWING Min Typ Max Unit/Comments o C; Ambient o C; Ambient o C % Humidity; noncondensing Free-Air Convection PHYSICAL CHARACTERISTICS Case Size Case Material Shield Connection V and V Input Models V Input Models Flammability Weight Unit/Comments X X 0.4 inches ( X X 10.2 mm) Coated Metal with Non- Conductive Base Negative Input, Pin 3 Positive Input, Pin 4 UL94V-0 79 Grams 0 (0.8) 0.10 (2.) 0.040±.00 (1) DIA. PIN OUT CHART; BOTTOM 0 (0.8) SIDE Pin Single Remote On/Off Sync Trim No Pin Dual Remote On/Off Sync Trim Common Triple Remote On/Off Sync (Aux) Common +V Vout +Vout (Aux) (22.9).20 (.1) (.1) (.1) 0.10 (2.) 0.1MIN. (3.8) 1 0 (0.8) 3 4 BOTTOM 0. (1.2) (0.8) (20.3) 0.040±.00 (1) DIA. SIDE PIN OUT CHART; 1 Pins Single Trim Dual Common 0.20 (.1) (1.2) 0.90 (22.9) 0.1MIN. (3.8) Notes: 1. Unless otherwise specified dimensions are in inches (mm). Tolerances Inches mm X.XX = ±0.02 X.X = ±0. X.XXX= ±0.010 X.XX = ±0.2 All specifications are typical at nominal input, nominal load and 2 C unless otherwise specified. External, low ESR, 10 microfarad (minimum) capacitor across output is recommended for operation. >> B Knox Street Torrance CA 9002 USA Tel: sales@martekpower.com

3 HOW TO ORDER HOW TO ORDER Wattage Output Voltage Output Configuration (S=Single, D=Dual) 1 XX D XX - A1 - Y RoHS Compliant Options Nominal Input Voltage -A1 Option: Alternative Pin Configuration. For Case A1, add -A1 to the number. 10D18-A1 -X Option: For Extended Temperature Range, add -X to number. Example 10D-X. Note: Triple output models are not available in Case A1 pin configuration. MODEL SELECTION CHART Model Nominal Input Voltage (VDC) Output Voltage (VDC) Full Load Output Current (ma) No Load Input Current (ma) Full Load Input Current (ma) Output Over Voltage (VDC) Fuse (A) (%) 10S 1S 11S 10D 1D 11D 10S 1S 11S 10D 1D 11D 10S 1S 11S 10D 1D 11D 10/T 10/1T 10/T 10/1T 10/T 10/1T 1 ± ± ±1 1 ± ± ±1 1 ± ± ±1, ±, ±1, ±, ±1, ±, ± ±100 ±62 ± ±100 ±62 ± ±100 ±62 ±00 100, ±3 100, ±20 100, ±3 100, ±20 100, ±3 100, ± ±6.8 ± ±6.8 ± ±6.8 ± , 6.8, ± , 6.8, ± , 6.8, ± >> B Knox Street Torrance CA 9002 USA Tel: sales@martekpower.com

4 DERATING CURVES MODEL All models Output Power (Watts) Watt/ C Watt/ C TEMPERATURE C 1111 Knox Street Torrance CA 9002 USA Tel: sales@martekpower.com >> B-117

5 OUTPUT VOLTAGE ADJUSTMENT (100 SERIES SINGLE OUTPUT) The converter s output voltage may be trimmed to ±10% of the nominal output voltage. TRIM UP Trim output voltage up by connecting an external resistor between Pins and 6. Use the following equation. Reference Table 1 for variable A. A - (kω) If we want to trim % up for V output units, where A = 1.98, = kω = 1.6 kω Table 1. Output Voltage A 3.3V 0.78 V 1. V V 7 TRIM DOWN Trim output voltage down by connecting an external resistor between Pins and 7. Use the following equation. Reference Table 2 for variable C and D. C - D (kω) If we want to trim 4% down for V output units, where C = 1., D = 26., = kω = 4. kω Table 2. Output Voltage C D 3.3V V V V Knox Street Torrance CA 9002 USA Tel: sales@martekpower.com >> B-118

6 OUTPUT VOLTAGE ADJUSTMENT (100 SERIES DUAL OUTPUT) The converter s output voltage may be trimmed to ±10% of the nominal output voltage. TRIM UP Trim output voltage up by connecting an external resistor between Pins and 6. Use the following equation. Reference Table 1 for variable A. A - (kω) If we want to trim % up for V output units, where A = 2.23, = kω = 20.6 kω Table 1. Output Voltage A V 1.87 V V 2.28 TRIM DOWN Trim output voltage down by connecting an external resistor between Pins and 8. Use the following equation. Reference Table 2 for variable C and D. C - D (kω) If we want to trim % down for V output units, where C =.63, D = 31., = kω = 81.1 kω Table 2. Output Voltage C D V V V Knox Street Torrance CA 9002 USA Tel: sales@martekpower.com >> B-119