ZEISS 304900-9017-000 Lamp Pcb Regulator

( Brand: Zeiss ), ( Model: 304900-9017-000 ), ( Part Type: Lamp Regulator )

Review ZEISS Lamp Pcb Regulator

The 304900-9017-000 lamp PCB regulator from Zeiss is a high-quality component designed for regulating the power supply to a lamp in various optical equipment. This regulator is a crucial part of ensuring the lamp operates at its optimal level, providing consistent and stable illumination for accurate and precise measurements or observations.

The regulator is a surface-mount device (SMD) that is easily integrated into the lamp circuit board. It features a compact design, making it ideal for space-constrained applications. The regulator is specifically designed for low-voltage, high-current applications, such as those found in LED lamps, ensuring reliable and efficient power delivery.

The 304900-9017-000 lamp PCB regulator from Zeiss is built with high-quality materials and components, ensuring long-term reliability and durability. It is designed to withstand harsh environmental conditions, including high temperatures and humidity, making it suitable for use in a variety of applications.

The regulator also features over-current protection, ensuring that the lamp does not draw excess current, which could potentially damage the lamp or the rest of the circuit. This feature provides an additional layer of safety and reliability, ensuring that the lamp operates within its safe operating limits.

In summary, the 304900-9017-000 lamp PCB regulator from Zeiss is a high-quality and reliable component designed for regulating the power supply to a lamp in various optical equipment. Its compact size, low-voltage, high-current capability, and over-current protection make it an ideal choice for a wide range of applications. Its high-quality materials and components ensure long-term reliability and durability, making it a valuable investment for any optical equipment manufacturer.

1. High-quality component: Zeiss is a renowned brand in the field of optics and precision instruments, so purchasing this lamp PCB regulator from them guarantees a high-quality product.

2. Versatility: This regulator is suitable for various types of lamps, making it a versatile option for different applications.

3. Durability: The regulator is built to last, with a robust design that can withstand heavy use and harsh environments.

1. Expensive: Compared to other lamp regulators in the market, this one may be significantly more expensive, making it a potential deterrent for those on a tight budget.

2. Limited availability: Due to its high-quality and reputation, this regulator may be harder to find and purchase, especially from authorized dealers.

The 304900-9017-000 lamp PCB regulator from Zeiss is a high-quality and versatile option for those seeking a reliable and durable regulator for their lamps. While it may be more expensive than some alternatives, the investment in a Zeiss product ensures a reliable and long-lasting solution. If budget is not a concern and availability is not an issue, this regulator is a recommended option for those in need of a high-performance lamp regulator. For those with a tighter budget or who prefer a more widely available option, other brands may offer comparable but more affordable alternatives.

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specifications voltageregula:

• brand: Zeiss
• model: 304900-9017-000
• part type: Lamp Regulator

Seller voltageregula:

• zipcode: 84037
• city: Kaysville, Utah

Ratings:

1. fast shipment smooth trasaction 10-05-16
2. Item as described and arrived promptly ! 10-04-16
3. Prompt payment. Recommended Buyer! 10-02-16
4. thanks 09-19-16

Returns voltageregula:

• policy: returns accepted
• type: Money Back
• time: 14 Days
• paid by: Buyer

Shipping voltageregula:

• cost: $0.0
• type: Flat
• handling: 1 days

Payments voltageregula:

• PayPal

General voltageregula:

• Business & Industrial > Healthcare, Lab & Life Science > Medical Specialties > Surgery & OR
• in stock: Yes
• condition: Used

Offer voltageregula:

• # Sold: 0
• # bids: 0
• best offer: true
• quantity: 1
• Started: October 5, 2016, 3:35 pm