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LM5026MTX/NOPB
IC REG CTRLR FWRD CONV 16TSSOP
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規格
| Part Status | Active |
| Output Type | Transistor Driver |
| Function | Step-Up/Step-Down |
| Output Configuration | Positive, Isolation Capable |
| Topology | Forward Converter |
| Number of Outputs | 2 |
| Output Phases | 1 |
| Voltage - Supply (Vcc/Vdd) | 8V ~ 15V |
| Frequency - Switching | 200kHz ~ 590kHz |
| Duty Cycle (Max) | 70%, 80% |
| Synchronous Rectifier | No |
| Clock Sync | Yes |
| Control Features | Dead Time Control, Frequency Control, Reset, Soft Start |
| Operating Temperature | -40°C ~ 125°C (TJ) |
| Mounting Type | Surface Mount |
| Package / Case | 16-TSSOP (0.173", 4.40mm Width) |
| Supplier Device Package | 16-TSSOP |
| Base Product Number | LM5026 |
概述
Description
The LM5026MTX/NOPB is a versatile, high-performance power management IC designed for use in power supply applications. It is a part of the LM5026 family, which features a primary-side controller for flyback converters. This device operates over a wide input voltage range and is capable of delivering high efficiency in various power applications, including industrial and consumer electronics.
Key features include synchronous rectification, allowing for reduced power loss, and built-in protections such as over-voltage, under-voltage, and thermal shutdown, ensuring reliable operation. The LM5026 also supports frequency modulation to minimize electromagnetic interference (EMI).
In summary, the LM5026MTX/NOPB is ideal for designing efficient, compact power supplies with robust protection features, making it suitable for a range of applications requiring reliable voltage regulation and power management.
Key features include synchronous rectification, allowing for reduced power loss, and built-in protections such as over-voltage, under-voltage, and thermal shutdown, ensuring reliable operation. The LM5026 also supports frequency modulation to minimize electromagnetic interference (EMI).
In summary, the LM5026MTX/NOPB is ideal for designing efficient, compact power supplies with robust protection features, making it suitable for a range of applications requiring reliable voltage regulation and power management.
Features
The LM5026MTX/NOPB is a high-voltage, synchronous boost controller designed for efficient power management in various applications. Key features include:
1. Wide Input Voltage Range: Operates from 4.5V to 60V, accommodating a broad range of input sources.
2. Adjustable Output Voltage: Output voltage can be set up to 60V, enabling flexibility in various applications.
3. Synchronous Rectification: Enhances efficiency by utilizing MOSFETs for both the switch and rectifier, reducing power losses.
4. Integrated High-Side Switch: Includes an internal high-side MOSFET, simplifying design and reducing component count.
5. PWM Control: Features pulse-width modulation for precise control over output voltage and improved transient response.
6. Current Limit Protection: Incorporates cycle-by-cycle current limit protection to safeguard the device and load.
7. Thermal Shutdown: Provides thermal protection to prevent overheating during operation.
8. Soft-Start Functionality: Reduces inrush current during startup, enhancing reliability.
This combination of features makes the LM5026MTX/NOPB suitable for applications in industrial, automotive, and telecommunications sectors.
1. Wide Input Voltage Range: Operates from 4.5V to 60V, accommodating a broad range of input sources.
2. Adjustable Output Voltage: Output voltage can be set up to 60V, enabling flexibility in various applications.
3. Synchronous Rectification: Enhances efficiency by utilizing MOSFETs for both the switch and rectifier, reducing power losses.
4. Integrated High-Side Switch: Includes an internal high-side MOSFET, simplifying design and reducing component count.
5. PWM Control: Features pulse-width modulation for precise control over output voltage and improved transient response.
6. Current Limit Protection: Incorporates cycle-by-cycle current limit protection to safeguard the device and load.
7. Thermal Shutdown: Provides thermal protection to prevent overheating during operation.
8. Soft-Start Functionality: Reduces inrush current during startup, enhancing reliability.
This combination of features makes the LM5026MTX/NOPB suitable for applications in industrial, automotive, and telecommunications sectors.
Package
The LM5026MTX/NOPB is packaged in a HTQFP-32 (Thin Quad Flat Pack) package type, which features a 32-pin configuration. This package is designed for surface mounting, providing a compact and efficient solution for various applications.
Pinout
The LM5026MTX/NOPB is a power supply controller from Texas Instruments, designed for high-voltage applications. It features a 16-pin HTSSOP package.
Pin Count: 16 pins
Key Functions:
1. VCC (Pin 1): Supply voltage for internal circuits.
2. GND (Pin 2): Ground reference.
3. RAMP (Pin 3): Provides ramp voltage for current mode control.
4. COMP (Pin 4): Compensation network connection for feedback control.
5. CSN (Pin 5): Current sense negative input.
6. CSP (Pin 6): Current sense positive input.
7. ISENSE (Pin 7): Input for overcurrent detection.
8. SW (Pin 8): Switch node, connects to the external MOSFET.
9. LATCH (Pin 9): Latch input for fault conditions.
10. FB (Pin 10): Feedback input for regulation.
11. RT (Pin 11): Timing resistor connection.
12. SS (Pin 12): Soft-start input.
13. CT (Pin 13): Timing capacitor connection for frequency setting.
14. NFAULT (Pin 14): Fault indicator output.
15. RDS (Pin 15): External resistor for compensation.
16. VREF (Pin 16): Reference voltage output for feedback circuits.
This device is primarily used in switching power supplies and offers features like overcurrent protection and soft-start functionality.
Pin Count: 16 pins
Key Functions:
1. VCC (Pin 1): Supply voltage for internal circuits.
2. GND (Pin 2): Ground reference.
3. RAMP (Pin 3): Provides ramp voltage for current mode control.
4. COMP (Pin 4): Compensation network connection for feedback control.
5. CSN (Pin 5): Current sense negative input.
6. CSP (Pin 6): Current sense positive input.
7. ISENSE (Pin 7): Input for overcurrent detection.
8. SW (Pin 8): Switch node, connects to the external MOSFET.
9. LATCH (Pin 9): Latch input for fault conditions.
10. FB (Pin 10): Feedback input for regulation.
11. RT (Pin 11): Timing resistor connection.
12. SS (Pin 12): Soft-start input.
13. CT (Pin 13): Timing capacitor connection for frequency setting.
14. NFAULT (Pin 14): Fault indicator output.
15. RDS (Pin 15): External resistor for compensation.
16. VREF (Pin 16): Reference voltage output for feedback circuits.
This device is primarily used in switching power supplies and offers features like overcurrent protection and soft-start functionality.
Manufacturer
The LM5026MTX/NOPB is manufactured by Texas Instruments (TI). Texas Instruments is a global semiconductor company headquartered in Dallas, Texas. It specializes in designing and manufacturing a wide range of analog and embedded processing chips, which are used in various applications, including automotive, industrial, and consumer electronics. TI is known for its innovation in technology and has a strong focus on providing solutions that enhance the performance and efficiency of electronic devices.
Application
The LM5026MTX/NOPB is a versatile high-voltage, high-frequency PWM controller used in various applications, including power supplies for telecommunications, industrial equipment, and automotive systems. It is suitable for designing isolated flyback, boost, and buck converters, enabling efficient power conversion in devices requiring low standby power and minimal electromagnetic interference. Its features support applications demanding reliability and performance in harsh environments.
Equivalent
The LM5026MTX/NOPB is a high-performance controller for power supplies, primarily used in step-down (buck) converters. Equivalent products include the LM2596, LM2675, and TPS54331 from Texas Instruments, as well as the LTC3780 from Analog Devices. These alternatives share similar features such as voltage regulation, current capability, and efficiency, but it's essential to verify specific application requirements and performance characteristics before substitution.
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