IRS2153DPBF vs IRS2153DSPBF Comparison

Detailed side-by-side comparison of IRS2153DPBF by Infineon and IRS2153DSPBF by Infineon. Compare key specifications, electrical parameters, packaging, lifecycle status, pricing, and availability to determine the best component for your design requirements.

Specification Comparison

Parameter IRS2153DPBF IRS2153DSPBF
Brand Infineon Infineon
Category Power MOSFET Drivers Power MOSFET Drivers
Lifecycle Status Nrnd Active
Stock Status In Stock In Stock
Unit Price (USD) $1.78 $0.98
Product Type Half-Bridge Gate Driver IC β€”
Driver Configuration Half-Bridge (High-Side + Low-Side) β€”
Topology Self-Oscillating (RC-timed) β€”
Number of Outputs 2 (High-Side, Low-Side) 2 (HO, LO)
Offset Voltage (High-Side) 600 V (max) β€”
Output Current (Source, typ) 0.18 A β€”
Output Current (Sink, typ) 0.26 A β€”
Internal Oscillator Frequency [DATA_NEEDED: oscillator frequency range] β€”
Dead Time (typ) 0.5 us β€”
Half-Bridge Driver Propagation (typ) 1.1 us β€”
Bootstrap FET Integrated β€”
VCC Supply Voltage [DATA_NEEDED: VCC range] 10 V to 20 V
Supply Current (VCC, typ) 0.5 mA β€”
Shutdown Input Yes (programmable) β€”
Operating Junction Temperature -40C to +125C β€”
Package 8-Pin PDIP (through-hole) 8-SOIC (SOIC-8)
MSL Level MSL2 / MSL3 (per Infineon datasheet family note) β€”
Qualification Level Industrial β€”
RoHS Status Compliant (Pb-free suffix) β€”
Function β€” Half-bridge gate driver with RC input oscillator
Configuration β€” High-side + low-side driver, half-bridge
Maximum Offset Voltage (Voffset) β€” 600 V
VBS High-side Supply Voltage β€” VCC + 0.3 V (typical bootstrap)
Gate Drive Source Current (IO+) β€” 130 mA typical
Gate Drive Sink Current (IO-) β€” 270 mA typical
Rise Time (tr) β€” [DATA_NEEDED: tr] (typical ~100 ns)
Fall Time (tf) β€” [DATA_NEEDED: tf] (typical ~50 ns)
Internal Deadtime β€” ~1.2 us
Operating Temperature β€” -40 C to +125 C
Input Type β€” RC-input oscillator (no external PWM required)
Logic Polarity β€” Inverting / Non-inverting per channel
Undervoltage Lockout β€” Yes (VCC)
Technology β€” HVIC + latch-immune CMOS
Mounting Type β€” Surface Mount

Datasheets & Resources

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