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Maxic Technology MT7 DataSheet

No. parte # Fabricante Descripción Hoja de Datos
1
MT7606

Maxic Technology
High Voltage Linear LED Driver

 Few external components, low BOM cost
 Good line regulation keeps input power constant
 Integrated with 500V power MOSFET
 LED current set by external resistor
 Constant current precision: ±5%
 Low EMI interference
 Embedded thermal regulatio
Datasheet
2
MT7813

Maxic Technology
High Efficiency High Precision Buck Constant Current Driver
Datasheet
3
MT7830

Maxic Technology
Non-isolated APFC BUCK LED Driver

 Single-stage active power factor correction (PFC > 0.90)
 High accurate LED current (+/-3%)
 Good Line and Load Regulation (+/-2%)
 Quasi-Resonant mode (QRM) operation
 Various protection schemes.
 Power-on soft-start
 Compact package: SOP8 A
Datasheet
4
MT7828

Maxic Technology
High Efficiency Buck Constant Current LED Driver
to enhance the
Datasheet
5
MT7816

Maxic Technology
PWM dimming Non-isolated Buck Constant Current Driver
to improve the system reliability, including over current protection (OCP), short circuit protection (SCP), over voltage protection (OVP)
Datasheet
6
MT7844S

Maxic Technology
Non-isolated APFC BUCK LED Driver

 Single-stage active power factor correction (PFC > 0.90)
 Ultra-high voltage power supply without start-up resistor and power supply diode
 High accurate LED current (±3%)
 Good Line and Load Re
Datasheet
7
MT7813B

Maxic Technology
High Efficiency High Precision Buck Constant Current Driver
to improve the system reliability, including over current protection (OCP), short circuit pro
Datasheet
8
MT7822

Maxic Technology
High Efficiency Buck Constant Current LED Driver
to enhance the
Datasheet
9
MT7845

Maxic Technology
Non-isolated APFC BUCK LED Driver

 Single-stage active power factor correction (PFC > 0.90)
 Ultra-high voltage power supply without start-up resistor and power supply diode
 High accurate LED current (±3%)
 Good Line and Load Regul
Datasheet
10
MT7936

Maxic Technology
Single Stage High Power Factor AC-DC LED Driver
Datasheet
11
MT7201

Maxic Technology
1A LED driver












 Pass 4KV ESD test Simple low parts count 1A output current Single pin on/off and brightness control using DC voltage or PWM Internal PWM filter Soft-start High efficiency (up to 97%) Wide input voltage range: 7V to 40V Output
Datasheet
12
MT7990

Maxic Technology
APFC Primary-Side-CV Switch Power Controller
Datasheet
13
MT7968A

Maxic Technology
Dual Winding PSR AC-DC LED Driver
to improve the system reliability, including over current protection (OCP), short circuit protection (SCP),over voltage protection (OVP) and ov
Datasheet
14
MT7811B

Maxic Technology
High Efficiency High Precision Buck Constant Current Driver
to improve the system reliability, including over current protection (OCP), short circuit pro
Datasheet
15
MT7817BD

Maxic Technology
PWM/Analog dimmable Non-isolated Constant Current LED Driver
to improve the system reliability, including over current protection (OCP), short circuit protection (SCP), adjustable
Datasheet
16
MT7860

Maxic Technology
PWM/Analog Dimmable APFC BUCK LED Driver
Datasheet
17
MT7834A

Maxic Technology
Non-isolated APFC BUCK LED Driver

 Single-stage active power factor correction (PFC > 0.90)
 High accurate LED current (±3%)
 Good Line and Load Regulation (±2%)
 Quasi-Resonant mode (QRM) operation
 Various protecti
Datasheet
18
MT7844

Maxic Technology
Non-isolated APFC BUCK LED Driver

 Single-stage active power factor correction (PFC > 0.90)
 Ultra-high voltage power supply without start-up resistor a
Datasheet
19
MT7833A

Maxic Technology
Non-isolated APFC BUCK LED Driver

 Single-stage active power factor correction (PFC > 0.90)
 High accurate LED current (+/-3%)
 Good Line and Load Regulation (+/-2%)
 Quasi-Resonant mode (QRM) operation
 Various protec
Datasheet
20
MT7932

Maxic Technology
AC-DC LED Driver

 Single-stage Active PFC for high power factor and low THD (<8%)
 Primary side control eliminates opto-coupler
 High precision LED current (±3%)
 Up to 60W driving capability.
 Cycle-by-cycle current limiting
 Under-voltage lockout (UVLO) prote
Datasheet



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