The TUF-1LHSM+ is a surface-mount mixer from Mini-Circuits, designed for a wide range of frequency conversion applications. It's a level 13 (LO) mixer, offering excellent performance characteristics in a compact package. This mixer provides reliable frequency mixing with low conversion loss and high isolation.

Applications:

• Frequency up-conversion
• Frequency down-conversion
• RF and microwave receivers
• Transmitters
• Test and measurement equipment
• Satellite communication systems

Features:

• Wide frequency range: 2 to 1000 MHz
• Low conversion loss: Typically 6.5 dB
• High isolation: L-R isolation typically 40 dB, L-I isolation typically 35 dB
• Surface-mount package
• Level 13 (LO) operation
• Aqueous washable

Benefits:

• Improved receiver sensitivity due to low conversion loss.
• Reduced spurious signals from high isolation between ports.
• Simplified assembly with surface-mount technology.
• Suitable for automated manufacturing due to aqueous washability.
• Wideband operation covers a variety of applications.
• Stable performance ensures reliable operation over a wide range of conditions.

Additional Details:

The TUF-1LHSM+ mixer utilizes Schottky diodes to achieve high performance and reliability. Its robust design ensures consistent performance across its wide frequency range. The surface-mount package is ideal for automated assembly processes, reducing manufacturing costs and improving efficiency. The high isolation between the local oscillator (LO), RF, and IF ports minimizes unwanted signal leakage, leading to cleaner output signals. The TUF-1LHSM+ is designed to operate with a +13 dBm local oscillator power level. This mixer is a versatile component for various communication and signal processing applications, offering a combination of high performance and ease of use. It is suitable for both narrowband and broadband systems, providing a cost-effective solution for frequency conversion needs. The small size of the surface mount package allows for dense circuit designs. The mixer is RoHS compliant.