BCR401U
Symbol Micros:
UIBCR401u
Case : SC74-6
LED Driver, in SC74-6 package, output current 10÷65mA supply voltage 1.4÷40V, max output voltage 38V, thermal protection
Parameters
| Manufacturer: | INFINEON |
| Type: | LED driver |
| Operating temperature: | -65°C ~ 150°C |
| Supply voltage: | 1,4V ~ 40V |
| Output current: | 65mA |
Manufacturer:: Infineon
Manufacturer part number: BCR401U .L1s RoHS
Case style: SC74-6 t/r
Datasheet
In stock:
20 pcs.
| Quantity of pcs. | 2+ | 10+ | 40+ | 150+ | 300+ |
|---|---|---|---|---|---|
| Net price (EUR) | 0,5900 | 0,3690 | 0,2938 | 0,2633 | 0,2562 |
Manufacturer:: Infineon
Manufacturer part number: BCR401U .L1s RoHS
Case style: SC74-6 t/r
Datasheet
In stock:
200 pcs.
| Quantity of pcs. | 2+ | 10+ | 50+ | 200+ | 1000+ |
|---|---|---|---|---|---|
| Net price (EUR) | 0,5900 | 0,3737 | 0,2938 | 0,2680 | 0,2562 |
Manufacturer:: Infineon
Manufacturer part number: BCR401UE6327HTSA1
Case style: SC74-6
External warehouse:
22650 pcs.
| Quantity of pcs. | 50+ (Need a significantly larger quantity? Ask for price). |
|---|---|
| Net price (EUR) | 0,2562 |
Manufacturer:: Infineon
Manufacturer part number: BCR401UE6327HTSA1
Case style: SC74-6
External warehouse:
87000 pcs.
| Quantity of pcs. | 3000+ (Need a significantly larger quantity? Ask for price). |
|---|---|
| Net price (EUR) | 0,2562 |
Manufacturer:: DIODES/ZETEX
Manufacturer part number: BCR401UW6-7
Case style: SC74-6
External warehouse:
6000 pcs.
| Quantity of pcs. | 3000+ (Need a significantly larger quantity? Ask for price). |
|---|---|
| Net price (EUR) | 0,2562 |
| Manufacturer: | INFINEON |
| Type: | LED driver |
| Operating temperature: | -65°C ~ 150°C |
| Supply voltage: | 1,4V ~ 40V |
| Output current: | 65mA |
Detailed description
The BCR401U circuit is a relatively simple and cost-effective solution for current sources designed to drive low-power LEDs. The output current value (up to 65mA) can be adjusted using an external resistor. It is also possible to increase the output current by using an external transistor (a so-called "booster"). The low voltage drop across the controller minimizes energy losses. Additionally, the circuits feature a negative temperature coefficient – as the temperature rises, the output current decreases, protecting the LEDs from thermal overload.
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