New Products　

	BMA 35110	Trilithic new state-of-the-art rotary step attenuators are designed for precision control of signal levels in the DC to 3 GHz range and are offered in a wide choice of values and increments. This new design allows for greater automation of assembly and unprecedented low cost.
	BMA 35111 & BMA 3581	Trilithic new state-of-the-art rotary step attenuators are designed for precision control of signal levels in the DC to 2.0 GHz range and are offered in a wide choice of values and increments. This new design allows for greater automation of assembly and unprecedented low cost.
	RSA 3501 & RSA 3510	Trilithic new state-of-the-art rotary step attenuators are designed for precision control of signal levels in the DC to 3 GHz range and are offered in a wide choice of values and increments. This new design allows for greater automation of assembly and unprecedented low cost.
	RSA-35100	Trilithic new state-of-the-art rotary step attenuators are designed for precision control of signal levels in the DC to 3 GHz range and are offered in a wide choice of values and increments. This new design allows for greater automation of assembly and unprecedented low cost.
	Solid State Switches & High Isolation Solid State Switches	Trilithic line of top quality RF switches are designed to meet both the common and the uncommon signal routing challenges. Available in 2, 4, 8 and 16 way configurations
	UMTS Transmit Filter	Trilithic UMTS Transmit Filter is designed with state-of-the-art software and ideal for UMTS applications. The UMTS Transmit Filter out-performs existing technologies, achieving loss levels of 2.1 dB or less without adding distortion.
	UMTS Receive Filter	Trilithic UMTS Receive Filter was designed with state-of-the-art software and is ideal for UMTS applications. The UMTS Receive Filter out-performs existing technologies maintaining low insertion loss and stability over 70 degrees of temperature shift.

Attenuators

	Dual Concentric	Trilithic RA-1734 dual concentric step attenuator operates from DC to 1 GHz. This 75 ohm precision attenuator has an attenuation range of 0 to 11 dB in 0.1 dB steps. The RA-1734 is available with BNC or F type connectors.
	High Accuracy Relay Programmable	allow the user complete flexibility of specifying a unit to meet a particular application. The low insertion loss, superior accuracy, and affordability make the series ideal for volume applications
	High Power Fixed Attenuators	Trilithic NEW HFP-504 series 10 watt fixed attenuators offer attenuation values from 0?0 dB. The frequency range is DC to 4 GHz.  Input power ranges from 50 watts to 1,000; 50, 75, 100, 150, 300, 500, and 1,000 watts.
	Low Power Fixed	The FP-50 and FP-75 series of fixed attenuators provide a wide range of dB values at frequencies up to 2 GHz. These units are rated at 1 watt and are available with BNC, TNC, N, F or SMA (male to female) connectors.
	Pushbutton	lithic PB series pushbutton attenuators are available in eight standard models. Designed with chip resistors rather than axial leaded resistors, the PB attenuators are ideal for high volume requirements without sacrificing accuracy, VSWR, or bandwidth
	Rotary Step	Trilithic RA series rotary attenuators are recognized worldwide as the standard for durable, precise signal level control. The series is divided into both 50 and 75 ohm units with attenuation as high as 110 dB dynamic range (in 10 dB steps), or as low as 1 dB range ( in 0.1 dB steps).
	Switchable	The SA series switch attenuators allow users to vary the attenuation both quickly and accurately in production, field, and bench-top applications.
	High Frequency Relay Programmable	Trilithic NEW high frequency programmable attenuator operates to 3 GHz! The dynamic range is 0-95 dB in 1 dB steps. This unit is relay activated and has 7 control lines. The switching speed is 6 milliseconds (max.) The insertion loss is 4.5 dB at 3 GHz. Connector options include SMA or N female.
	Solid State Programmable Attenuators	Trilithic NEW solid state programmable attenuator model PA-1527-1 operates from 400 to 2000 MHz. The attenuation range is 0?27 dB in 1 dB steps. The switching speed is 2 microseconds. The operating supply voltage is 5 volts, and is controlled with TTL.