BM2PH1A13FS-Z (New)
Built-in Switching MOSFET PWM-type DC/DC Converter IC
BM2PH1A13FS-Z (New)
Built-in Switching MOSFET PWM-type DC/DC Converter IC
The PWM-type DC/DC converters for AC/DC supplies the optimum system for all products in which an outlet is present. It is compatible with both insulated and noninsulated, and various types of low-power consumption converters can be easily designed. The built-in 900V startup circuit contributes to low power dissipation. A highly flexible power supply design is achieved by externally installing a current detection resistor for switching. Because of the use of current mode control, the current is limited every cycle, providing excellent performance in bandwidth and excessive response. The switching frequency is fixed at 100 kHz. When turned light load, the frequency is reduced to achieve high efficiency. Built-in frequency hopping function contributes to low EMI. Built-in 900V switching MOSFET enables easy designing. The SSOP-A20_16A high heat dissipation, surface mount type package is used to help reduce mounting costs.
For Automotive usage, please contact Sales.
Product Detail
Specifications:
AC Monitor Function
No
BR OVP
Yes
BR UVLO
Yes
Current Detection Resistors
External
Dynamic Over Current Detection
Yes
External LATCH Function
No
FB OLP
Auto Restart
Frequency Reduction Function
Yes
Over Current Detection Voltage (typ.)[V]
0.78
VH Terminal UVLO
No
FET
Integrated
Controller Type
PWM
Vin1(Min.)[V]
8.3
Vin1(Max.)[V]
25
Withstand Voltage [V]
900
SW Frequency (Max.)[kHz]
100
VCC OVP
Auto Restart
BR PIN
Yes
On Resistor (MOSFET)[Ω]
12.9
Channel
1
Light Load mode
Yes
EN
No
Soft Start
Yes
Thermal Shut-down
Yes
Under Voltage Lock Out
Yes
Operating Temperature (Min.)[°C]
-40
Operating Temperature (Max.)[°C]
105
Package Size [mm]
8.7x7.8 (t=2.01)
Features:
- PWM Current Mode Control
- Frequency Hopping Function
- Burst Operation at Light Load
- Frequency Reduction Function
- Built-in 900V Startup Circuit
- Built-in 900V Switching MOSFET
- VCC UVLO (Under Voltage Lockout)
- VCC OVP (Over Voltage Protection)
- SOURCE Pin Open Protection
- SOURCE Pin Function of Leading Edge Blanking
- Over Current Detection Function per Cycle
- Over Current Detection AC Compensation Function
- Soft Start Function
- Secondary Over Current Protection Circuit
