3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

General Description The EL6244C is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed t

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

The EL6244 is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed together at the IOUTout

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

General Description The EL6244C is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed t

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

The EL6244 is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed together at the IOUTout

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

The EL6244 is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed together at the IOUTout

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

The EL6244 is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed together at the IOUTout

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

The EL6244 is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed together at the IOUTout

3-Channel Laser Diode Driver w/Oscillator & APC Amplifier

The EL6244 is a high-performance three channel laser driver that provides controlled current to a grounded laser diode. Channels 2 and 3 should be used as the write channels, with switching speeds of approximately one nanosecond rise/fall time. All three channels are summed together at the IOUTout

Multi-Phase PWM Controller

The ISL6244 provides core-voltage regulation by driving 2 to 4 interleaved synchronous-rectified buck-converter channels in parallel. Interleaving the channel timing results in increased ripple frequency which reduces input and output ripple currents. The reduction in ripple results in lower compo

Multi-Phase PWM Controller

The ISL6244 provides core-voltage regulation by driving 2 to 4 interleaved synchronous-rectified buck-converter channels in parallel. Interleaving the channel timing results in increased ripple frequency which reduces input and output ripple currents. The reduction in ripple results in lower compo

Multi-Phase PWM Controller

The ISL6244 provides core-voltage regulation by driving 2 to 4 interleaved synchronous-rectified buck-converter channels in parallel. Interleaving the channel timing results in increased ripple frequency which reduces input and output ripple currents. The reduction in ripple results in lower compo

Silicon Rectifier Super Fast, Dual, Center Tap

Features: Dual Rectifier Construction: NTE6240– Positive Center–Tap NTE6244– Negative Center–Tap Superfast Recovery Times, High Voltage Low Power Loss, High Efficiency Low Forward Voltage, High Current Capability High Temperature Soldering Guaranteed: +250°C @ .250” (6.35