Features: • Ultra-low Series Resistance for Higher Current Handling• Low Capacitance• Low Series Resistance• Lead-free Option AvailableApplicationRF and computer designs that require circuit protection, highspeed switching, and voltage clamping.PinoutSpecifications Sym...
HBAT-540E/-540F: Features: • Ultra-low Series Resistance for Higher Current Handling• Low Capacitance• Low Series Resistance• Lead-free Option AvailableApplicationRF and computer designs that...
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Features: • Ultra-low Series Resistance for Higher Current Handling• Low Capacitance...
RF and computer designs that require circuit protection, highspeed switching, and voltage clamping.
Symbol | Parameter | Unit |
Absolute Maximum[1] | |
HBAT-5400/-5402 |
HBAT-540B/-540C | |||
IF | DC Forward Current | mA |
220 |
430 |
IF- peak | Peak Surge Current (1s pulse) | A |
1.0 |
1.0 |
PT | Total Power Dissipation | mW |
250 |
825 |
PINV | Peak Inverse Voltage | V |
30 |
30 |
TJ | Junction Temperature |
150 |
150 | |
TSTG | Storage Temperature |
-65 to 150 |
-65 to 150 | |
JC | Thermal Resistance, junction to lead | /W |
500 |
150 |
The HBAT-5400 series of Schottky diodes, commonly referred to as clipping/clamping diodes, are optimal for circuit and waveshape preservation applications with high speed switching. Low series resistance, RS, makes them ideal for protecting sensitive circuit elements against high current transients carried on data lines. With picosecond switching, the HBAT-5400 series can respond to noise spikes with rise times as fast as 1 ns. Low capacitance minimizes waveshape loss that causes signal degradation