The Mini-Circuits ZX60-14LN-S+, ZX60-123LPNR+ and ZX60-83W+ all cover broadband RF and microwave applications starting at 50 MHz, but they are optimized for different signal-chain requirements.

The ZX60-14LN-S+ is the best choice when low noise figure and high gain are the priorities. The ZX60-123LPNR+ targets low additive phase noise applications such as reference and LO signal distribution. The ZX60-83W+ provides higher output compression power and strong OIP3 performance for test, communication and higher-level signal chains.

Key Specifications Comparison

ZX60-14LN-S+: For Low-Noise Receivers

The ZX60-14LN-S+ combines 22 dB typical gain with a 1.5 dB typical noise figure and covers 50 MHz to 10 GHz.

It is the preferred option for:

Broadband receiver front ends

Radar and SATCOM receivers

LTE, 5G and Wi-Fi systems

RF test equipment

Choose this model when receiver sensitivity and low noise figure are the main priorities.

ZX60-123LPNR+: For Low Phase Noise

The ZX60-123LPNR+ also covers 50 MHz to 10 GHz but is optimized for low additive phase noise, specified at approximately −168 dBc/Hz typical at a 10 kHz offset.

Typical applications include:

Local oscillator distribution

Reference-frequency distribution

Signal generators

Phase-sensitive RF test systems

Its 4.3 dB typical noise figure is higher than the ZX60-14LN-S+, so it should not be selected as a low-noise receiver amplifier when minimum system noise is critical.

ZX60-83W+: For Higher Power and Linearity

The ZX60-83W+ covers 50 MHz to 8 GHz and provides approximately +23 dBm P1dB and +34 dBm OIP3.

It is suitable for:

Broadband driver stages

RF test equipment

Radar and SATCOM

5G and microwave communication systems

Choose this model when output power and linearity are more important than minimum noise figure.

Conclusion

These three amplifiers are designed for different priorities:

Low Noise → ZX60-14LN-S+

Best for receiver front ends requiring low noise figure and high gain.

Low Phase Noise → ZX60-123LPNR+

Best for oscillator, reference and phase-sensitive signal chains.

Higher Power & Linearity → ZX60-83W+

Best for broadband driver and test applications requiring higher P1dB and OIP3.

Stock and Quote

DataStorageIC supports sourcing for ZX60-14LN-S+, ZX60-123LPNR+, ZX60-83W+ and related Mini-Circuits amplifiers.

Contact us with the required part number, quantity and delivery destination for current stock, pricing and RFQ.

Frequently Asked Questions

Which model has the lowest noise figure?

The ZX60-14LN-S+ has the lowest typical noise figure at approximately 1.5 dB, making it the best option for low-noise receiver applications.

What is the difference between low noise and low phase noise?

Low noise figure relates to added random noise in a receiver. Low additive phase noise relates to phase fluctuations added to a carrier. ZX60-14LN-S+ targets low noise figure, while ZX60-123LPNR+ targets low phase noise.

Which model provides the highest output power?

The ZX60-83W+ provides the highest typical P1dB at approximately +23 dBm and also offers the highest OIP3 of the three.

Can ZX60-123LPNR+ replace ZX60-14LN-S+?

Not directly when receiver noise figure is important. Although both cover 50 MHz to 10 GHz, their design priorities and noise performance are different.