Quick-Turn Delivery*

The following products can be produced on a quick-turn basis.
The items are manufactured at Mercury United Electronics, in
Rancho Cucamonga, California, U.S.A.

THE MERCURY ADVANTAGES TM
Mercury United Electronics, U.S.A. offers Quick-Turn deliveries
to address time-to-market and prototype requirements.

Mercury Electronics Taiwan and Mercury China
offer factory-direct volume pricing and ISO 9002 quality.

For prices and lead-times, call us at (909) 466-0427 or
call toll-free within the U.S.A. at (888) 310-8382 or
e-mail us at sales-us@mercury-crystal.com

Product Quick-turn lead time Description
CLOCK OSCILLATORS
H series Same day to 4 weeks Programmable oscillators‡
1 ~ 4 weeks Non-programmable oscillators
SWO14 series Same day to 4 weeks Programmable oscillators‡
1 ~ 4 weeks Non-programmable oscillators
HPL series
HEL series		 1 ~ 4 weeks PLL based PECL / ECL clocks
HP series
HE series		 1 ~ 4 weeks Non-PLL based PECL / ECL clocks.
Fundamental mode (inverted mesa) crystal used.
Limited standard frequencies only
HS series 1 ~ 4 weeks Sine wave clock
V C X O
G series 1 ~ 4 weeks General purpose VCXO
GP series
GE series		 1 ~ 4 weeks Non-PLL based PECL / ECL VCXO
Fundamental mode (inverted mesa) crystal used.
Limited standard frequencies only
GS series 1 ~ 4 weeks Sine wave V C X O
T C X O and V C T C X O
M_S series
VM_S series		 1 ~ 4 weeks Clipped sine wave TCXO and VCTCXO
Limited standard frequencies only
M_T series
VM_T series		 Standard frequencies
1 ~ 4 weeks 		TTL/CMOS square wave TCXO and
VCTCXO
Limited standard frequencies only
Custom frequencies
2 days ~ 4 weeks 		TTL/CMOS square wave TCXO and
VCTCXO
Programmable frequency output‡
M_T series
VM_T series
32.768 kHz output		 2 ~ 4 weeks TTL/CMOS square wave TCXO and
VCTCXO 32.768 kHz only
O C X O
OC14T5A
OC24T5A
10 MHz output 		2 ~ 4 weeks HCMOS squarewave OCXO 10 MHz only

*Note-1: Not all package types are available for quick-turn.

‡Note-2: Programmable oscillators: The output frequency is generated from a crystal-based oscillator using PLL (Phase Lock Loop) technique. The oscillator output frequency has different frequency than that of the base crystal frequency.

Note-3: Non-programmable oscillators: The oscillator output frequency is controlled directly by the crystal of the same frequency. No PLL or multiplier technique is used. Oscillators of this type have lower phase noise and jitter compared with the programmable type.