Power Integrations, LED Driver IC, -0.3 → +725 V, eSOP-12 LYT2005K
- RS Stock No.:
- 123-5386
- Mfr. Part No.:
- LYT2005K
- Brand:
- Power Integrations
Unavailable
RS will no longer stock this product.
- RS Stock No.:
- 123-5386
- Mfr. Part No.:
- LYT2005K
- Brand:
- Power Integrations
Specifications
Technical Reference
Legislation and Compliance
Product Details
Find similar products by selecting one or more attributes.
Select all | Attribute | Value |
|---|---|---|
| Brand | Power Integrations | |
| Maximum Output Voltage | +725 V | |
| Package Type | eSOP-12 | |
| Output Voltage Range | -0.3 → +725 V | |
Select all | ||
|---|---|---|
Brand Power Integrations | ||
Maximum Output Voltage +725 V | ||
Package Type eSOP-12 | ||
Output Voltage Range -0.3 → +725 V | ||
LYTSwitch-2 series LED Driver AC-DC Converters
The LYTSwitch-2 family of primary-side AC-DC converters from Power Integrations is designed for LED driver applications in sold state lighting. These devices dramatically simplify low power constant-current LED driver solutions by eliminating the opto-coupler and secondary control circuitry. They incorporate a high-voltage switching MOSFET plus control circuitry in a compact monolithic IC which requires very few external components. Typical applications include LED lamps and down-lights, luminaires, ballasts and T8 tubes.
• Accurate constant-current regulation, typically ±3%
• Automatic compensation for transformer inductance variation, external component changes with temperature and input line voltage variations
• Elimination of opto-coupler and secondary control circuitry
• Elimination of control loop compensation circuitry
• Frequency-jitter greatly reduces EMI filter cost
• Programmable switching frequency reduces required transformer size
• Auto-restart protection reduces power delivered by >90% for fault conditions
• Hysteretic thermal shutdown with automatic recovery
• Meets high-voltage creepage requirements between MOSFET drain and all other pins
• Energy efficient - No-load consumption <30 mW
• Automatic compensation for transformer inductance variation, external component changes with temperature and input line voltage variations
• Elimination of opto-coupler and secondary control circuitry
• Elimination of control loop compensation circuitry
• Frequency-jitter greatly reduces EMI filter cost
• Programmable switching frequency reduces required transformer size
• Auto-restart protection reduces power delivered by >90% for fault conditions
• Hysteretic thermal shutdown with automatic recovery
• Meets high-voltage creepage requirements between MOSFET drain and all other pins
• Energy efficient - No-load consumption <30 mW
AC-DC Converters, Power Integrations