The HC-33/U provides a broad range of frequencies, packaged in a robust, high
reliability enclosure. It is a proven long term product, serving military low frequency
replacement parts, Q.P.L., and Government programs.
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The HC-49/U series provides a broad range of frequencies, packaged in a robust, high reliability enclosure. The HC-49/U has an extremely low cost with excellent electrical parameters.

The L1 series provides a broad range of frequencies, and a low profile height, packaged in a robust, high reliability enclosure. The L1 has an extremely low cost with excellent electrical parameters.

The L2 series provides a broad range of frequencies, and a low profile height, packaged in a robust, high reliability enclosure. The L2 has an extremely low cost with excellent electrical parameters.

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The L4 series provides a broad range of frequencies, and a low profile height, packaged in a robust, high reliability enclosure. The L4 has an extremely low cost with excellent electrical parameters.

The TC26-5 series provides a range of temperature compensated crystal oscillators operating at +5.0V supply with either HCMOS or clipped sinewave outputs. The optional voltage control feature and flexible design makes this range of TCXO’s an ideal choice for existing and future applications where reliability, cost and performance are critical factors.

The TC31-3 series provides a range of compact temperature compensated crystal oscillators operating at +3.3V supply with either HCMOS or clipped sinewave outputs. The optional voltage control feature and small size makes this range of TCXO’s an ideal choice for existing and future applications where reliability, cost and performance are critical factors.

The TC31-5 series provides a range of compact temperature compensated crystal oscillators operating at +5.0V supply with either HCMOS or clipped sinewave outputs. The optional voltage control feature and small size makes this range of TCXO’s an ideal choice for existing and future applications where reliability, cost and performance are critical factors.

The TC60-3 series provides a range of temperature compensated crystal oscillators operating at +3.3V supply with either HCMOS or clipped sinewave outputs. The 14 pin compatible resistance welded package provides a robust and highly reliable, hermetically sealed unit, suited to operating in the harshest of conditions.      

The TC60-5 series provides a range of temperature compensated crystal oscillators operating at +5.0V supply with either HCMOS or clipped sinewave outputs. The 14 pin compatible resistance welded package provides a robust and highly reliable, hermetically sealed unit, suited to  operating in the harshest of conditions.       

The TC61-3 series provides a range of temperature compensated crystal oscillators operating at +3.3V supply with either HCMOS or clipped sinewave outputs. The optional voltage control feature and flexible design makes this range of TCXO’s an ideal choice for existing and future applications where reliability, cost and performance are critical factors.

The TC61-5 series provides a range of temperature compensated crystal oscillators operating at +5.0V supply with either HCMOS or clipped sinewave outputs. The optional voltage control feature and flexible design makes this range of TCXO’s an ideal choice for existing and future applications where reliability, cost and performance are critical factors.

The TC62-3 series provides a range of miniature temperature compensated crystal oscillators operating at +3.0V supply with a clipped sinewave output. The exceptionally small size of just 0.024cc makes these TCXO’s an ideal choice for compact volume applications where cost and performance are critical factors.

The UM-1 series provides a broad range of frequencies, and a small profile, packaged in a robust, high reliability enclosure. The UM-1 has an extremely tight tolerance, and excellent mechanical characteristics.

The UM-1 series provides a broad range of frequencies, and a small profile, packaged in a robust, high reliability enclosure. The UM-1 has an extremely tight tolerance, and excellent mechanical characteristics.