Pricing
1+ | £0.747 |
10+ | £0.654 |
50+ | £0.560 |
100+ | £0.448 |
500+ | £0.345 |
1k+ | £0.311 |

Technical specifications
Supply Voltage (minimum) | 2.5V |
Supply Voltage (maximum) | 40V |
Frequency (max) | 100kHz |
Quiescent Current | 2.4mA |
Voltage Reference Tolerance | |
Drive Type | Internal transistor |
Please also refer to the Datasheets & Resources tab.
Features
- Operation from 2.5V to 40V.
- Precision Reference Vth 2.5V 2%.
- Frequency of operation f osc. 100Hz - 100kHz
- Current Limiting
- High Operating Voltage
- Operation from 2.5V to 40V.
- Precision Reference Vth 2.5V 2%.
- Frequency of operation f osc. 100Hz - 100kHz
- Current Limiting
- High Operating Voltage
- Operation from 2.5V to 40V.
- Precision Reference Vth 2.5V 2%.
Full description
The NJM2360 is a control circuit IC containing the primary functions required for DC to DC converters.
The device consists of a high precision reference,comparator controlled duty cycle oscillator with an active current limit circuit driver,and a high current output switch (1.5A).
This IC was specifically designed to be incorporated in step-down, step-up and voltage-inverting applications with few external components.
The output voltage can be set to within +/- 4% of the calculated value using 2 standard 1% resistors.The NJM2360 is a control circuit IC containing the primary functions required for DC to DC converters.
The device consists of a high precision reference,comparator controlled duty cycle oscillator with an active current limit circuit driver,and a high current output switch (1.5A).
This IC was specifically designed to be incorporated in step-down, step-up and voltage-inverting applications with few external components.
The output voltage can be set to within +/- 4% of the calculated value using 2 standard 1% resistors.The NJM2360 is a control circuit IC containing the primary functions required for DC to DC converters.
The device consists of a high precision reference,comparator controlled duty cycle oscillator with an active current limit circuit driver,and a high current output switch (1.5A).
This IC was specifically designed to be incorporated in step-down, step-up and voltage-inverting applications with few external components.
The output voltage can be set to within +/- 4% of the calculated value using 2 standard 1% resistors.