logo

Supertex Inc HV4 DataSheet

No. parte # Fabricante Descripción Hoja de Datos
1
HV430

Supertex Inc
High Voltage Ring Generator

► 105Vrms ring signal
► Output overcurrent protection
► 5.0V CMOS logic control
► Logic enable/disable to save power
► Adjustable deadband in single-control mode
► Power-on reset
► Fault output for problem detection Applications
► Line access cards
Datasheet
2
HV450

Supertex Inc
High-Voltage Ring Generator
❏ Integrated high voltage transistors ❏ 67VRMS ring signal ❏ Output over current protection ❏ Can drive external MOSFETs for larger loads General Description The Supertex HV450 is a PWM high voltage ring generator. The high voltage output P- and N-c
Datasheet
3
HV440

Supertex Inc
High Voltage Ring Generator IC


► 220V maximum operating voltage

► Integrated high voltage transistors

► Up to 70VRMS ring signal

► Pulse by pulse output over current protection

► 5 REN output capability

► External MOSFETs enhance output rating to 20 REN General Description
Datasheet
4
HV441

Supertex Inc
High-Voltage Ring Generator
❏ 220V maximum operating voltage ❏ Integrated high voltage transistors ❏ Up to 70 VRMS ring signal ❏ Adjustable AC and DC output voltage level ❏ Adjustable ring signal start phase angle ❏ Pulse by pulse output over current protection ❏ 5 REN output c
Datasheet
5
HV4530

Supertex Inc
32-Channel Serial To Parallel Converter with P-Channel Open Drain Outputs
❑ Processed with HVCMOS Technology ❑ Output voltages to -300V ❑ Source current minimum 60 mA ❑ Shift register speed 8 MHz ❑ Polarity and blanking inputs ❑ CMOS compatible inputs ❑ Forward and reverse shifting options ❑ 44-lead plastic and ceramic sur
Datasheet
6
HV4630

Supertex Inc
32-Channel Serial To Parallel Converter with P-Channel Open Drain Outputs
❑ Processed with HVCMOS Technology ❑ Output voltages to -300V ❑ Source current minimum 60 mA ❑ Shift register speed 8 MHz ❑ Polarity and blanking inputs ❑ CMOS compatible inputs ❑ Forward and reverse shifting options ❑ 44-lead plastic and ceramic sur
Datasheet



logo    Desde 2024. D4U Semiconductor.   |   Contáctenos   |   Política de Privacidad