♦ Model 2410 0.01 to 1100 MHz Synthesized Signal Generator ♦ Model 2405 0.01 to 550 MHz Synthesized Signal Generator ♦ Bright. Easy-to-read Display ♦ Data Entry by Keypad ♦ RF On/Off Switch ♦ Independent Modularity ♦ IEEE-488 Interface tandard ♦ 50 Watt Reverse Power Protection ♦ Extensive Diagnostic Package ♦ Autocal Routine ♦ Calibration Data Tracking ♦ Ergonomic User Interface The 2400 Series of synthesized signal Generator presentk consists of two models, the 2405 and 2410 These instruments are specifically designed to help increase the productivity of ΛΤΚ and field service applications. The 2400 Series is the most efficient solution for general purpose RF testing. Advanced User Interface The Wavetek 2400 Series instruments are dual microprocessor- controlled, synthesized signal Generator that both increase productivity and decrease learning curves through sophisticated user Interface The GPIB programming language is in an English language format utilizing the Wavetek minimum-uniqueness format. extensive set of internal diagnostic features allows isolation of potential trouble spots to the board level without opening the instrument. Advanced PLL/DDS Hybrid Synthesis The Wavetek 2400s combine fractional division, phaselock loop techniques w ith direct digital s nthesis for a wide variety of frequencx step sizes. 'The 2410 covers the frequency range of 10 kHz to 1100 MHz; the 2405 has a range of 10 kHz to 550 MHz. Both have an KF output lange of+ 1.3 to -127 dBm and exhibit an output accuracy of±1.5 dB. More level calibration points may be added through a GPIB diagnostic feature. Other standard features include very broad peak FM deviation, 20 stored settings, wide AM bandwidth of 50 kHz. reverse power protection, and external clock input/output. Enhanced Calibration AutoCal of the instrument can be initiated both from the front panel and through the IEEE-488 bus. A state-of-the-art error tracking system allows user readout of the calibration error-correction data. 'This provides statistical process control of the instrument's aging cycle to predict and schedule maintenance. Easy Service Construction Construction of the instrument is based on a fully modular design. Each module can be replaced or upgraded with no dependent interaction with the surrounding modules. There is no need to return a unit for extensive and expensive upgrade kits.