MDT’s product line of PIN Diode Switch Drivers is designed for use in applications where GaAs or fast speed Si PIN diodes are utilized. External negative supply voltages may be as high as -18 volts. Inputs are compatible with standard logic families. MDT Switch Drivers contain internal spiking and decoupling capacitors.

PIN Diode Drivers INTRODUCTION The DH0035/DH0035C is a TTL/DTL compatible, DC coupled, high speed PIN diode driver. It is capable of deliver-ing peak currents in excess of one ampere at speeds up to 10 MHz. This article demonstrates how the DH0035 may be applied to driving PIN diodes and comparable loads which

Every PIN diode in a switching circuit has an accompanying PIN diode driver or switch driver that provides a controlled forward bias current, a reverse bias voltage, and the activating interface between the control signal—typically a digital logic command and one or more PIN diodes.

MACOM’s switch drivers bridge the gap between digital control signals and the analog voltages and currents required to drive our extensive family of RF, microwave and millimeter wave PIN diode and FET switches.

The MADR-009150 switch driver is designed to work with MACOM’s high power and high voltage PIN diode switches. This driver has complementary outputs which can provide up to 200 mA bias current to a SPDT PIN diode switch. The back bias voltage can be selected to be any voltage between 20 V to 50 V.

Two Philips BAP50-05 PIN diodes are used in an RF attenuator with a low impedance driver circuit to significantly decrease the rise and fall times. A standard attenuator with an unspecified driver is shown in Figure 1. Each of the two PIN diodes operates as an RF resistor whose value is controlled by the DC current1. The signals reflect off of ...

Microsemi PIN diodes offer a unique highly reliable package due to voidless construction, metallurically bonded pin structure, and an extremely rugged SOGO surface passivation. SOGO passivated devices may be driven into reverse voltage breakdown without the reverse voltage characteristic collapsing.

MACOM's MADR-007097-000100 is a SPDT driver used to interface between TTL logic signals and PIN diode based microwave switches. High-speed analog CMOS technology is used to achieve low power consumption at moderate speeds. Low output resistances allow it to develop high output current spikes to ensure fast switching speeds.

2021年7月9日 · Analog Devices’ integrated pin electronics/pin drivers are world class, widely popular, and second to none. They support speeds up to many Gbps at high accuracy and low power, all manufactured using ADI's proprietary fab processes, providing unmatched solutions for unique, cost-sensitive test applications.

The 9535 is a high speed differential driver designed to drive PIN diode switches in RF modulators and switches. The driver is compatible with CMOS and TTL logic and has a single