power management product selection guide - International Rectifier
power management product selection guide - International Rectifier
power management product selection guide - International Rectifier
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Micro Electronic Relays | PRODUCT FAMILIES<br />
The IR Advantage<br />
(compared against EMR)<br />
• Miniature size<br />
• No contact bounce<br />
• Long operational life<br />
• High input sensitivity<br />
• High reliability<br />
• Insensitivity to stray<br />
electromagnetic fields<br />
• Insensitivity to shock and vibration<br />
• Stable contact resistance over life<br />
<strong>International</strong> <strong>Rectifier</strong> Microelectronic Relays<br />
<strong>International</strong> <strong>Rectifier</strong> microelectronic relays consist of HEXFET® <strong>power</strong> MOSFET and IGBT<br />
output photovoltaic relays, as well as a line of photovoltaic isolators. The operating parameters<br />
of photovoltaic relays are ideal for switching low-level signal loads in instrumentation<br />
and data acquisition to medium <strong>power</strong> loads in industrial controls and process automation,<br />
i.e. from microvolts and microamps to 400 volts (AC peak or DC) and up to 6.0 amps of load<br />
current at a contact resistance as low as 15 milliohms.<br />
The IR line of specialized telecom relays offers numerous contact configurations, package<br />
styles, and functional integration with ringer detection in addition to single-pole contacts<br />
and small-profile ThinPak packages compatible with applications in Type II PCMCIA cards.<br />
Photovoltaic isolators offer single- and dual-channel, optically isolated outputs that can be<br />
used for directly driving the gates of discrete <strong>power</strong> MOSFETs and/or IGBTs, giving designers<br />
the flexibility of creating their own, custom-made solid-state relays capable of<br />
controlling loads well over 1,000 volts and 100 amps.<br />
DC Only Load<br />
Name Package Circuit<br />
PVD1352N<br />
PVD1352NS<br />
PVD1354N<br />
PVD1354NS<br />
PVD2352N<br />
PVD2352NS<br />
PVD3354N<br />
PVD3354NS<br />
PVDZ172N<br />
PVDZ172NS<br />
mod. 8-<br />
pin DIP<br />
mod. 8-<br />
pin SMT<br />
mod. 8-<br />
pin DIP<br />
mod. 8-<br />
pin SMT<br />
mod. 8-<br />
pin DIP<br />
mod. 8-<br />
pin SMT<br />
mod. 8-<br />
pin DIP<br />
mod. 8-<br />
pin SMT<br />
mod. 8-<br />
pin DIP<br />
mod. 8-<br />
pin SMT<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
1 Form A<br />
Operating<br />
Voltage (+)<br />
(V)<br />
Resistance<br />
DC<br />
(Ohms)<br />
Current<br />
DC<br />
(mA)<br />
Control<br />
Current<br />
(mA)<br />
Off-State<br />
Resistance<br />
(Ohms)<br />
Dielectric<br />
Strength<br />
(V)<br />
Response<br />
Time On<br />
(usec)<br />
Response<br />
Time Off<br />
(usec)<br />
Thermal<br />
Offset<br />
(V)<br />
100 1.5 550 5 1E+08 4000 150 125 0.2<br />
100 1.5 550 5 1E+08 4000 150 125 0.2<br />
100 1.5 550 5 1E+10 4000 150 125 0.2<br />
100 1.5 550 5 1E+10 4000 150 125 0.2<br />
200 6.0 240 5 1E+08 4000 100 110 0.2<br />
200 6 240 5 1E+08 4000 100 110 0.2<br />
300 6.0 240 5 1E+10 4000 100 110 0.2<br />
300 6 240 5 1E+10 4000 100 110 0.2<br />
60 0.25 1500 10 1E+08 4000 2000 500<br />
60 0.25 1500 10 1E+08 4000 2000 500<br />
PbF<br />
Option<br />
Available<br />
www.irf.com INTERNATIONAL RECTIFIER / POWER MANAGEMENT SELECTION GUIDE 41
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