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Technical Specifications
Category
Logic, Counters, Dividers
Manufacturer
onsemi
Packaging
-
Operating Temperature
-55°C ~ 125°C
Mounting Type
Through Hole
Package / Case
16-DIP (0.300", 7.62mm)
Series
4000B
Base Product Number
MC14060
Product Status
Obsolete
Voltage - Supply
3 V ~ 18 V
Direction
Up
Supplier Device Package
16-PDIP
Trigger Type
Negative Edge
Number of Elements
1
Logic Type
Binary Counter
Number of Bits per Element
14
Reset
-
Timing
-
Count Rate
17 MHz
Data Sheet Document (D)
Datasheets
Download MC14060BCPG Product Specification (PDF)
HTML Datasheet
MC14060BCPG-DG
Environmental & Export Classification
Moisture Sensitivity Level (MSL)
1 (Unlimited)
REACH Status
REACH Unaffected
ECCN
EAR99
HTSUS
8542.39.0001
Additional Information
Other Names
MC14060BCPGOS
Standard Package
500
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Frequently Asked Questions (FAQ)
Can the MC14060BCPG still be used in new designs despite being marked as obsolete by onsemi, and wha
While the MC14060BCPG is officially obsolete, it remains available through distributors with a large existing inventory (over 26,000 units in stock), suggesting short-to-medium-term availability. However, using it in new designs carries significant risks: no future production support, potential supply chain disruptions, and lack of manufacturer warranty or technical support. Design teams should evaluate second-source options like the CD4060BE and consider lifecycle planning—ideally migrating to active, pin-compatible alternatives before volume production begins.
How does the MC14060BCPG compare to the CD4060BE in terms of performance and long-term reliability f
The MC14060BCPG (onsemi) and CD4060BE (Texas Instruments) are functionally equivalent 14-bit binary counters from the 4000B series, sharing the same pinout, logic behavior, and 3–18V supply range. However, the CD4060BE is still actively produced and supported, offering better long-term availability and documented reliability data. For industrial applications requiring >10-year lifecycles, the CD4060BE is a safer choice. If already qualified with the MC14060BCPG, conduct side-by-side testing under worst-case conditions (e.g., 125°C, 18V) to confirm parity before committing to either part.
What design precautions should I take when replacing an MC14060BCPG in a high-temperature environmen
Although the MC14060BCPG is rated for operation up to 125°C, real-world performance near this limit requires derating and thermal management. At elevated temperatures, propagation delay increases and noise immunity decreases—especially critical in negative-edge-triggered systems. Ensure adequate PCB copper pour for heat dissipation, minimize adjacent heat sources, and verify timing margins with oscilloscope measurements under thermal stress. Consider adding a small decoupling capacitor (100nF ceramic) close to VDD and ground to mitigate supply noise, which becomes more problematic at high temps.
Is the MC14060BCPG suitable for battery-powered designs running at 3V, and how does its power consum
The MC14060BCPG can operate down to 3V, making it technically usable in low-voltage battery applications. However, its quiescent current—though low for a 4000-series device—is significantly higher than modern ultra-low-power counters like the 74AUC163 or CD74HC4060. At 3V and room temperature, the MC14060BCPG may draw 10–50µA standby current, whereas newer alternatives can be below 1µA. For long-life battery systems (e.g., remote sensors), this difference is critical; reevaluate whether legacy compatibility justifies the power penalty or if a drop-in replacement with better efficiency exists.
Can I use the MC14060BCPG in a 5V TTL system, and what interface considerations apply when mixing it
Yes, the MC14060BCPG can interface with 5V TTL systems, but caution is required due to differing logic thresholds. The MC14060BCPG is CMOS-based and has a high input threshold (~3.5V at 5V supply), which may not reliably recognize 74LS outputs that can dip below 2.7V in the high state. To ensure compatibility, use a pull-up resistor (e.g., 10kΩ to 5V) on the input line or insert a Schmitt-trigger buffer (like the 74HC14) to clean up signal edges. Also, verify output drive strength—CMOS outputs can source/sink less current than TTL, so fan-out and rise times must be checked in the actual circuit.
Can the MC14060BCPG still be used in new designs despite being marked as obsolete by onsemi, and wha
While the MC14060BCPG is officially obsolete, it remains available through distributors with a large existing inventory (over 26,000 units in stock), suggesting short-to-medium-term availability. However, using it in new designs carries significant risks: no future production support, potential supply chain disruptions, and lack of manufacturer warranty or technical support. Design teams should evaluate second-source options like the CD4060BE and consider lifecycle planning—ideally migrating to active, pin-compatible alternatives before volume production begins.
How does the MC14060BCPG compare to the CD4060BE in terms of performance and long-term reliability f
The MC14060BCPG (onsemi) and CD4060BE (Texas Instruments) are functionally equivalent 14-bit binary counters from the 4000B series, sharing the same pinout, logic behavior, and 3–18V supply range. However, the CD4060BE is still actively produced and supported, offering better long-term availability and documented reliability data. For industrial applications requiring >10-year lifecycles, the CD4060BE is a safer choice. If already qualified with the MC14060BCPG, conduct side-by-side testing under worst-case conditions (e.g., 125°C, 18V) to confirm parity before committing to either part.
What design precautions should I take when replacing an MC14060BCPG in a high-temperature environmen
Although the MC14060BCPG is rated for operation up to 125°C, real-world performance near this limit requires derating and thermal management. At elevated temperatures, propagation delay increases and noise immunity decreases—especially critical in negative-edge-triggered systems. Ensure adequate PCB copper pour for heat dissipation, minimize adjacent heat sources, and verify timing margins with oscilloscope measurements under thermal stress. Consider adding a small decoupling capacitor (100nF ceramic) close to VDD and ground to mitigate supply noise, which becomes more problematic at high temps.
Is the MC14060BCPG suitable for battery-powered designs running at 3V, and how does its power consum
The MC14060BCPG can operate down to 3V, making it technically usable in low-voltage battery applications. However, its quiescent current—though low for a 4000-series device—is significantly higher than modern ultra-low-power counters like the 74AUC163 or CD74HC4060. At 3V and room temperature, the MC14060BCPG may draw 10–50µA standby current, whereas newer alternatives can be below 1µA. For long-life battery systems (e.g., remote sensors), this difference is critical; reevaluate whether legacy compatibility justifies the power penalty or if a drop-in replacement with better efficiency exists.
Can I use the MC14060BCPG in a 5V TTL system, and what interface considerations apply when mixing it
Yes, the MC14060BCPG can interface with 5V TTL systems, but caution is required due to differing logic thresholds. The MC14060BCPG is CMOS-based and has a high input threshold (~3.5V at 5V supply), which may not reliably recognize 74LS outputs that can dip below 2.7V in the high state. To ensure compatibility, use a pull-up resistor (e.g., 10kΩ to 5V) on the input line or insert a Schmitt-trigger buffer (like the 74HC14) to clean up signal edges. Also, verify output drive strength—CMOS outputs can source/sink less current than TTL, so fan-out and rise times must be checked in the actual circuit.
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Sep 15 2026
