GPTC3V340SHERGT002

GPTW5V030 GALAXY | Alldatasheet

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Technical content

The Taurus half brick is the first CoolConverter™ in the Galaxy family of high-efficiency DC/DC converters. Industry Standard Pinout and Footprint Typical Efficiency: 93% at 3.3V , 20A; 91% at 3.3V , 40A No Heat Sink Required Very Low Common-mode Noise for a Commercial DC/DC Converter Two-stage Input Filter Constant Switching Frequency Remote Sense Single Board Design Optional Baseplate or Low Profile Heatsink for Improved Thermal Performance Header with M3 Metal Inserts for Mechanical Connection to PCB Two Year Warranty TAURUS Series or 5.0VDC, 30A Output Control Functions Uses Patented Power Supply Control and Architecture Microprocessor Controlled Primary-side Enable, Choice of Logic Protection Features Over Temperature Protection Over Voltage Protection Over/Under Input Voltage Protection Over Current Protection Typical Characteristics Output Setpoint Accuracy: ±1% Load Regulation: ±0.25% Line Regulation: ±0.25% Regulation over Line, Load, and Temperature: ±2% Low Output Ripple Output Trim The open-frame Taurus is available with an optional baseplate or low profile heatsink.

VIN = 48V DC, T A @25 °C, 300 LFM airflow, V OUT = 3.3V , I OUT = Full Load unless otherwise noted. Available output power depends on ambient temperature and good thermal management. (See application graphs for limits.) Input Characteristics Parameter Min Typ Max Units Operating Input V oltage 36 48 75 V DC Input Current (Model Dependent) 6.5 A Input Capacitance 4.4 µF Input Hysteresis, Low Line 2 V DC Output Characteristics Regulation Over Line, Load & Temperature 98 102 %V NOM Voltage Ripple 15 mV RMS Voltage Ripple, 20MHz BW 50 mV P–P Current Range 0 40 A Current Limit Inception 41 48 A Short Circuit Current, Peak (see Note below) 50 A Output Transient Response, 50% to 75% load change, 1A/µsec 125 mV Settling Time to ±1% 300 µS Turn-on Time to 98% Vnom 30 mS Output Overshoot at Turn-on 1 %V OUT Trim Range 90 110 %V OUT Overvoltage Protection, Latching 130 %V OUT Isolation Isolation Test V oltage, Input/Output (Basic) 2000 V DC Isolation Resistance 10 M Ω

Features

Overtemperature Protection, Thermal Sensor, Latching* 117 °C Switching Frequency, Fixed 200 kHz Notes: During short circuit, converter will shut down and attempt to restart once per second. The average current during this condition will be very low and the device can be safely left in this condition continuously. For specific output voltage specifications, see the corresponding detailed data sheet. *PCB less than 130 °C. General Specifications Operating Temperature -40 °C to +100°C Storage Temperature –55 °C to +125°C Relative Humidity 10% to 95% RH, Non-condensing Vibration 2 to 9Hz, 3mm disp., 9 to 200Hz 1g Material Flammability UL V-0 Weight 55 grams MTBF Telcordia (Bellcore) 1,600,000 hours Approvals and Standards UL and c-UL Recognized Component, TUV , UL60950, CSA 22.2 No. 950, IEC/EN60950 EMC Characteristics: Designed to meet emission and immunity requirements per EN55022, CISPR22, Class B and CISPR24. An external fuse shall be used to comply with the requirements.

CoolConverter™ Family Galaxy’s COOLCONVERTER™ Family features:

• P atented single-stage power conversion architecture, control, and magnetic design allow unprecedented power density and efficiency in an isolated power supply.
• An advanced microcontroller reduces parts count while adding features, performance, and flexibility in the design.
• L ow common-mode noise as a result of lower capacitance in the transformer compared to planar magnetics and metal baseplate designs.
• Higher reliability than planar transformer designs that can suffer from via fatigue from thermal cycling, and metal baseplate designs with board to board interconnects that are subject to mechanical stress on electrical connections. Application Notes Protection and Control Valid Input Voltage Range: The converter measures the input voltage and will not allow operation outside of the input voltage specification. As shown by the graphs, hysteresis is added to both the high and low voltage to prevent the converter from turning on and off repeatedly when the voltage is held near either voltage extreme. At low line this assures the maximum input current is not exceeded; at high line this assures the semiconductor devices in the converter are not damaged by excessive voltage stress. ON/OFF Logic Option: The ON/OFF control logic can be either Negative (standard) or Positive to enable the converter. For Negative logic, the ON/OFF pin is brought below 1.0V with respect to the –INPUT pin to enable the converter. The pull-down must be able to sink 100µA. For Positive logic, the ON/OFF pin is brought to greater than 4.0V with respect to the –INPUT pin and be limited to less than 10V . To request the Positive logic version, add the suffix (P) to the standard part number. The ON/OFF pin has a built-in pull-up resistor of approximately 100kΩ to +5V . 48Vin: 24Vin: 48Vin: 24Vin:

Output Over Voltage Protection: The output voltage is constantly monitored by the microprocessor and a redundant secondary side crowbar circuit that is set to a higher trip point than the microprocessor protection. If the output voltage exceeds the over-voltage specification, the microprocessor will latch the converter off. To turn the converter on requires either cycling the ON/ OFF pin or power to the converter. This advanced feature prevents the converter from damaging the load if there is a converter failure or application error. If non-latching is required, consult factory. Thermal Shutdown: The printed circuit board temperature is measured using a semiconductor sensor. If the maximum rated temperature is exceeded, the converter is latched off. To re-enable the converter requires cycling the ON/OFF pin or power to the converter. If non-latching shutdown is required, consult factory. Control Options: As the behavior of the circuit is determined by firmware in the microcontroller, specific customer requirements such as:

• non-latching thermal protection
• custom valid input voltage range
• controlled delay from initiating an ON/OFF signal for power sequencing can be accomplished with no change to hardware. The standard behavior was chosen based on system design experience but we understand that customers often have their own requirements. Please consult Galaxy Power for your special needs. Remote Sense: The output voltage is regulated at the point where the sense pins connect to the power output pins. Total sense compensation should not exceed 0.4V or 10% of V out, whichever is greater. Safety: An external input fuse must always be used to meet these safety requirements. Trim: To trim the output voltage higher, connect the required trim resistor from the Trim pin to the +Sense pin. To trim the output voltage lower, connect the required trim resistor from the Trim pin to the –Sense pin. See diagram below. External Output Trimming + Sense Trim – Sense Trim-down (%) Trim-up (%) Trim-down Trim-up (for 3.3V) RTRIM-DOWN = 100 – 2 kΩ∆%{ }

Efficiency Power Dissipation Load Current (A)Load Current (A) Ambient Air Temperature (deg C) Transient Response Voltage Ripple Start-up Waveform Thermal Derating Curves VOUT Efficiency (%) Power Dissipation (W) Ch1 5.00mV Ch2 1.00 V BW BW M 4.00ms A Ch1 2.60V T Ch2 Max 3.30V Ch2 +Over 1.212% Ch2 High 3.26V 01 0 2 03 04 0 5 0 6 07 0 Iout (A) 300 LFM, Low Profile Heat Sink

200 LFM, Low Profile Heat Sink

300 LFM, Metal Plate

200 LFM, Metal Plate

300 LFM, Open Frame

200 LFM, Open Frame

M3 X 0 .5 4 PLACES B B B B A A A A A .20 2.40 .19 2.28 1.900 2.000 1.700 1.500 1.300 1.000 .700 .500 .300 2.000 1.700 1.300 .700 .300 *NON-STANDARD PIN OUT (CASE) PIN 11 PIN 10 * PIN 9 PIN 8 PIN 7 PIN 6 * PIN 5PIN 4 PIN 3 * PIN 2 PIN 1 BOTTOM VIEW SIDE VIEW .50 .50 .010 .20 Pin Configuration —Bottom View Pin No. Function Pin Dia. (in.) 1– Input 0.040 2* Case Ground Pin 0.040 3 On/Off 0.040 4+ Input 0.040 5+ Output 0.080 6* + Output 0.080 7+ Sense 0.040 8T rim 0.040 9– Sense 0.040 10* – Output 0.080 11 – Output 0.080 Notes: 1. “A” = 0.040 dia. pins 2. “B” = 0.080 dia. pins 3. Optional pins marked* 4. Mechanical tolerances x.xxx in. = ±0.005 in. x.xx in. = ±0.01 in. 5. Pin material: brass with tin/lead plating over nickel 6. Workmanship: Meets or exceeds IPC-A-610B Class II Package Detail

**T (Tuned Model) Option Designed for higher di/dt and ∆I applications, the transient response has been modified to take advantage of the capacitance on the customer's PCB. This unit requires a minimum load capacitance of 5600µF with an impedance magnitude of less than 0.005Ω at 15kHz. It offers a minimum 3X improvement in the peak response compared to a standard unit. Standard Model Output Max T ypical Efficiency Number Voltage Current Half Load Full Load 48V Input Models (Designated W) GPTW5V030* 5.0V 30A 92% 90% GPTW3V340* 3.3V 40A 93% 91% GPTW2V540* 2.5V 40A 91% 88% GPTW2V040* 2.0V 40A 90% 86% GPTW1V840* 1.8V 40A 89% 84% GPTW1V540* 1.5V 40A 88% 83% Standard Model Output Max Typical Efficiency Number Voltage Current Half Load Full Load 24V Input Models (Designated C) GPTC5V030* 5.0V 30A 91% 89% GPTC3V340* 3.3V 40A 92% 90% GPTC2V540* 2.5V 40A 90% 87% GPTC2V040* 2.0V 40A 89% 85% GPTC1V840* 1.8V 40A 88% 83% GPTC1V540* 1.5V 40A 87% 82% * Options: P= Positive Logic Version; High = On H= Extra Power Pins, Non-standard Pinout RG = Heatsink Ready (incl. Plate + Case Ground Pin), or with heatsink: G00X = Case Ground Pin + Heatsink T= Tuned model** Heatsinks optional, consult factory.

ORDERING INFORMATION

Galaxy Power Inc. warrants to the original purchaser that the products conform to this data sheet and are free from material and workmanship defects for a period of two (2) years from the date of manufacture, if this product is used within specified conditions. Galaxy Power Inc. reserves the right to make changes to the product(s) or information contained herein without notice. No liability is assumed as a result of their use or application. No rights under any patent accompany the sale of any such products or information. For additional details on this limited warranty consult the factory. Heatsink Part Numbers Part Typical Thermal Performance Number Height Natural Convection Forced Convection Power Dissipation Thermal Resistance 001 0.25" 5W 5.8 °C/W 002 0.50" 7W 3.2 °C/W 003 1.00" 11W 2.0 °C/W 004 0.13" TBD TBD © Copyright 2000 Galaxy Power, Inc. Specifications subject to change without notice.

155 Flanders Road Westborough, MA 01581

508-870-9775 Fax: 508-870-9796 e–mail: info@galaxypwr.com website: http://www.galaxypwr.com Example Part No.: GPTW3V340 48V input 3.3V @ 40A output Negative Logic 0.20" pin length Open Frame Options Code: (All options shown) GPTW3 V 34 0PHSRG T 0 0 X Part Number (from chart above) Options: Positive Logic Version Extra Power Pins Optional Pin Length E = 0.18" M = 0.145" S = 0.12" Heatsink-ready plate (requires G) Case Ground Pin Tuned Model Heatsink (does not require R, must have G) 001 = 0.25" 002 = 0.50" 003 = 1.00" 004 = 0.13"