SM610

· Equivalent to the Unitrode PIC 600, 601, 602, 610, 611, 612
· 5A current capability
· Designed and characterized for switching regulator applications such as Buck, Boost, and Buck-Boost type
· Cost saving design reduces size, improves efficiency, reduces noise and RFI
· High operating efficiency at 2A typical performance - Rise and fall time < 75ns Efficiency > 85%
· Electrically isolated, 4-pin, TO-66 hermetic case

 Available with high reliability processing

SM600 SM601 SM602 SM610 SM611 SM612
Input Voltage, V_{4 - 2} ........................................ 60V 80V 100V -60V -80V -100V
Output Voltage, V_{1 - 2} .....................................  60V 80V 100V -60V -80V -100V
Drive Input Reverse Voltage, V_{3 - 4} .................................  5V 5V 5V -5V -5V -5V
Output Current, I₁ ............................................................ 5A 5A 5A -5A -5A -5A
Drive Current, I₃ ............................................. -0.2A -0.2A -0.2A 0.2A 0.2A 0.2A
Thermal Resistance
Power Switch, _{J - C} ...............................................................................4.0°C/W
Commutating Diode ................................................................................4.0°C/W
Case to Ambient, _{C - A} ........................................................................60.0°C/W
Operating Junction Temperature
Hermetic (R Package) ..................................................................................150°C
Storage Temperature Range .........................................................-65°C to 150°C
Lead Temperature (Soldering, 10 Seconds) .................................................300°C

The SM600/601/602 and SM610/611/612 series of Power Output Stages are especially designed to be driven with standard PWM integrated circuits to form an efficient switching power supply. The SM600, SM601 and SM602 are optimized for non-isolated Buck and Buck-Boost application, where SM610, SM611 and SM612 are best suited for DC-DC Boost type applications as well as negative output Buck Converters. The hybrid circuit construction utilizes thick film resistors on a beryllia substrate for maximum thermal conductivity and resultant low thermal impedance. All of the active elements in the hybrid are fully passivated.