Name: /Tools-Info/Hip4082ipz
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Renesas HIP4082IPZ MOSFET Driver (80V, 1.25A, DIP-16)

is a high-voltage gate-driver IC designed to control four N-channel MOSFETs in half-bridge or full-bridge (H-bridge) configurations. It targets PWM motor controllers, UPS systems, and other moderate-power applications. The device handles bridge voltages up to 80V (bootstrap voltage to 95V) and delivers about 1.25A peak gate drive current per channel. Logic inputs are compatible with 5–15V levels, and the HIP4082IPZ features programmable deadtime (0.1–4.5µs) for shoot-through prevention. It is supplied in a 16-pin PDIP through-hole package (the “IPZ” suffix indicates plastic DIP, lead-free). This packaging simplifies prototyping and compatibility with existing board layouts.

How EstiSource Helps

EstiSource provides expert sourcing services for specialized ICs like the HIP4082IPZ. Using its platform, EstiSource can rapidly gather quotes from authorized distributors, franchise sources, and vetted brokers for this specific Renesas MOSFET driver. For a part with limited production, EstiSource’s database tracks inventory and lead-times in real time, so we can identify available stock and expected delays. EstiSource also verifies manufacturer part numbers (minimizing the risk of counterfeits) and helps negotiate pricing on volume purchases. In practice, EstiSource streamlines procurement of HIP4082IPZ by offering tailored RFQs, consolidated BOM management, and technical guidance on alternatives. This means engineers get accurate cost estimates and delivery plans for the driver IC, without spending extra time on market research.

Why Choose EstiSource for Sourcing HIP4082IPZ

EstiSource is a trusted sourcing partner for power-semiconductor components. Our strengths include a global network of suppliers (including Renesas distributors), deep domain knowledge of power-management ICs, and commitment to customer support. When sourcing a niche part like the HIP4082IPZ, EstiSource ensures transparent pricing and supply-chain visibility. We leverage combined volume across multiple customers to improve pricing, and we expedite long-lead orders through our bulk logistics channels. Additionally, EstiSource’s experience in bridging engineering and procurement means we can suggest pin-compatible alternatives (if needed) and provide design-in support. In short, choosing EstiSource means gaining efficiency, reliability, and cost-savings in sourcing the HIP4082IPZ for your project.

1. Material Composition

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2. Manufacturing Process

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3. Challenges and Limitations

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Through-Hole Package

The DIP-16 package is robust for prototyping but bulky for mass production. Through-hole assembly is slower and more expensive than surface-mount assembly and the long leads add parasitic inductance (limiting very high-speed switching). The HIP4082IPZ’s large footprint may not suit compact modern PCBs.

Driver-Only Device

This IC is a gate driver, not a power stage. It does not include power transistors, so designers must add external N-channel MOSFETs for each switch. This increases component count and board space.

Bootstrap Dependency

The HIP4082 lacks an internal charge pump. Its high-side outputs rely on external bootstrap capacitors. Proper operation requires correctly wiring bootstrap circuits and using the DIS pin to refresh the bootstrap voltage. Omitting or misconfiguring the bootstrap will prevent the top-FET drivers from switching.

Limited Drive and Speed

With ~1.25A peak output current, it can only drive moderate gate capacitance. Devices needing very high gate charge or extremely fast PWM may exceed its capabilities. Although it supports up to ~200 kHz PWM, reaching this limit requires careful PCB layout and decoupling.

Supply and Thermal

The part requires a 8.5–15V VDD supply and can dissipate significant power at high switching rates. It includes undervoltage lockout, but running near its 125°C limit can stress the IC. Proper heatsinking and gate resistor selection are needed to avoid overheating.

Lead Time and Obsolescence

The HIP4082IPZ is an older device. While Renesas lists it as “active” with lifetime through 2033, factory lead times can be very long (on the order of 18+ weeks). Finding stock in small quantities may be difficult, and prices are relatively high compared to modern alternatives. These supply-chain challenges are important considerations for sourcing this part.

4. Cost Estimation

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5. Properties and Characteristics

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6. FAQs

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Q: What is the HIP4082IPZ used for?

A: It is a dedicated MOSFET gate-driver for H-bridge circuits. It provides gate-drive currents to external N-channel MOSFETs for DC motor drives, power inverters, and UPS applications.

Q: Does HIP4082IPZ include the MOSFETs?

A: No. It is only a gate-driver IC. You must install your own power MOSFETs in the bridge. The HIP4082IPZ supplies up to ~1.25A peak to drive the MOSFET gates, but it cannot switch load current itself.

Q: What supply voltages does it require?

A: The chip needs a 8.5–15V VDD/logic supply (commonly 12V). It also requires a high-side floating supply achieved via a bootstrap capacitor. In practice, the output FETs see up to ~80V when fully on.

Q: How is the high-side gate driven?

A: By a bootstrap circuit. A capacitor between the BOOT pin and the output refreshes each cycle. The DIS (disable) pin can be pulled low to discharge and recharge the bootstrap cap. Without the bootstrap in place, the high-side drivers won’t work.

Q: What is the DIS pin for?

A: The DIS pin, when driven low, overrides all inputs and forces the bootstrap capacitor to charge. It effectively shuts off all outputs and initializes the bootstrap voltage.

Q: What’s the maximum PWM frequency?

A: The HIP4082IPZ supports switching up to about 200 kHz. Its outputs can slew ~15ns with a 1000pF load. You must set an appropriate dead-time (0.1–4.5μs) to prevent shoot-through at high speed.

Q: What packaging options exist?

A: This “IPZ” version is in PDIP-16 (through-hole). There is also an SOIC-16 surface-mount version (HIP4082IBZ). The DIP is larger but easy to handle on hand-soldered or prototype boards.

Q: Are there higher-current variants?

A: Yes, Renesas offers HIP4080A and HIP4081A which have higher gate-drive currents for heavier loads. Those parts are pin-compatible in SOIC but not DIP. There are also MOSFET driver chips from other vendors if needed.

Q: Is HIP4082IPZ still available?

A: Renesas lists it as an active product with planned availability through 2033. However, it may only be available through distributors and surplus channels, often with long lead times.

HIP4082IPZ

One Click Product Costing

Renesas HIP4082IPZ MOSFET Driver (80V, 1.25A, DIP-16)

How EstiSource Helps

Why Choose EstiSource for Sourcing HIP4082IPZ

1. Material Composition

2. Manufacturing Process

3. Challenges and Limitations

Through-Hole Package

Driver-Only Device

Bootstrap Dependency

Limited Drive and Speed

Supply and Thermal

Lead Time and Obsolescence

4. Cost Estimation

5. Properties and Characteristics

Architecture

Output Drive

Supply Voltages

Input Logic

Dead Time

Speed

Protections

Thermal

Package

6. FAQs